Magnetic space groups · Research/Sitter/MAGNDATA

P 1

BNS 1.1 · 2 structures

s-wave compensated ferrimagnet ×1noncollinear antiferromagnet ×1

Mn₂ScSbO₆ 0.359
s-wave compensated ferrimagnet

CuB₂O₄ 0.431
noncollinear antiferromagnet
≤ 21 K (−252 °C)

P_S 1

BNS 1.3 · point group 11′ · 7 structures

p-wave magnet ×4antiferromagnet ×2noncoplanar magnet ×1

Lu₁Fe₂O₄ 0.965
antiferromagnet
≤ 380 K (107 °C)

NaNdFeWO₆ 1.68
p-wave magnet
≤ 25 K (−248 °C)

HoFe₃(BO₃)₄ 1.93
p-wave magnet
≤ 37 K (−236 °C)

NiPS₃ 1.231
p-wave magnet
≤ 155 K (−118 °C)

SmFe₃(BO₃)₄ 1.266
p-wave magnet
≤ 34 K (−239 °C)

Mn₅Si₃ 1.307
noncoplanar magnet
≤ 66 K (−207 °C)

Cu₂Fe₁Ge₁S₄ 1.734
antiferromagnet

P 1

BNS 2.4 · point group 1 · 15 structures

noncollinear ferrimagnet ×5altermagnet ×3s-wave ferrimagnet ×3s-wave compensated ferrimagnet ×2noncollinear antiferromagnet ×1d-wave altermagnet ×1

Cr₂S₃ 0.5
s-wave compensated ferrimagnet
≤ 122 K (−151 °C)

Fe₂O₃-alpha 0.66
altermagnet
≤ 259.1 K (−14 °C)

BiCrO₃ 0.139
s-wave compensated ferrimagnet
≤ 80 K (−193 °C)

Mn₂FeSbO₆ 0.233
s-wave ferrimagnet
≤ 260 K (−13 °C)

RbMnF₄ 0.329
altermagnet
≤ 3.7 K (−269 °C)

Mn₂FeReO₆ 0.542
s-wave ferrimagnet
≤ 520 K (247 °C)

Mn₂FeReO₆ 0.543
s-wave ferrimagnet
≤ 520 K (247 °C)

Mn₂FeReO₆ 0.544
noncollinear ferrimagnet
≤ 75 K (−198 °C)

Mn₂FeReO₆ 0.545
noncollinear ferrimagnet
≤ 75 K (−198 °C)

Mn₂FeReO₆ 0.548
noncollinear ferrimagnet
≤ 520 K (247 °C)

Mn₂FeReO₆ 0.549
noncollinear ferrimagnet

YVO₃ 0.788
noncollinear antiferromagnet
≤ 116 K (−157 °C)

Ba₂Nd₁Ru₁O₆ 0.1013
altermagnet
≤ 58 K (−215 °C)

CrVO₄ 1.522
d-wave altermagnet
≤ 50 K (−223 °C)

Tb₁Mn₂Ge₂ 3.20
noncollinear ferrimagnet
≤ 26 K (−247 °C)

P 11

BNS 2.4 · point group 11 · 2 structures

s-wave ferromagnet ×1noncollinear ferrimagnet ×1

Ho₁Ga₁ 0.1048
s-wave ferromagnet
≤ 20 K (−253 °C)

Nd₂Ni₁Mn₁O₆ 0.1149
noncollinear ferrimagnet
≤ 22 K (−251 °C)

P 1′

BNS 2.6 · point group 1′ · 7 structures

antiferromagnet ×6noncoplanar magnet ×1

CaMnGe₂O₆ 0.155
antiferromagnet
≤ 11.6 K (−262 °C)

BaNi₂P₂O₈ 0.215
antiferromagnet
≤ 24 K (−249 °C)

YbMn₂Sb₂ 0.483
antiferromagnet
≤ 120 K (−153 °C)

NaCrSi₂O₆ 0.504
antiferromagnet

CaMn₂Sb₂ 0.523
antiferromagnet
≤ 85 K (−188 °C)

MnPSe₃ 0.524
antiferromagnet
≤ 74 K (−199 °C)

Fe₄Nb₂O₉ 0.1144
noncoplanar magnet
≤ 87.5 K (−186 °C)

P1′

BNS 2.6 · 1 structure

antiferromagnet ×1

MnPSe₃ 0.180
antiferromagnet
≤ 74 K (−199 °C)

P_S 1

BNS 2.7 · 96 structures

antiferromagnet ×70noncollinear antiferromagnet ×14noncoplanar magnet ×12

Mn₃ReO₆ 0.550
noncollinear antiferromagnet
≤ 109 K (−164 °C)

Mn₃ReO₆ 0.551
noncollinear antiferromagnet
≤ 99 K (−174 °C)

Nd₂Zn₁Ir₁O₆ 0.877
noncoplanar magnet
≤ 17 K (−256 °C)

Nd₂Zn₁Ir₁O₆ 0.878
noncoplanar magnet
≤ 17 K (−256 °C)

Nd₂Zn₁Ir₁O₆ 0.879
noncoplanar magnet
≤ 17 K (−256 °C)

Nd₂NaOsO₆ 1.38
noncollinear antiferromagnet
≤ 16.2 K (−257 °C)

CuMnO₂ 1.57
antiferromagnet
≤ 65 K (−208 °C)

Fe(ND₃)₂PO₄ 1.66
antiferromagnet

NiSb₂O₆ 1.113
antiferromagnet
≤ 2.5 K (−271 °C)

C₈H₁₀Co₂O₁₁ 1.135
noncoplanar magnet
≤ 5 K (−268 °C)

Sr₂CaIrO₆ 1.137
antiferromagnet
≤ 58 K (−215 °C)

LiFeSO₄F 1.155
antiferromagnet
≤ 25 K (−248 °C)

Li₂Ni(WO₄)₂ 1.159
antiferromagnet
≤ 13 K (−260 °C)

Co₃TeO₆ 1.164
noncollinear antiferromagnet
≤ 17.4 K (−256 °C)

La₂LiOsO₆ 1.166
antiferromagnet
≤ 30 K (−243 °C)

NiS₂ 1.167
noncoplanar magnet
≤ 39 K (−234 °C)

Sr₂CuWO₆ 1.177
antiferromagnet
≤ 24 K (−249 °C)

Cu_1.07Mn_0.93O₂ 1.178
antiferromagnet
≤ 52 K (−221 °C)

Na₃Co₂SbO₆ 1.180
antiferromagnet
≤ 8.3 K (−265 °C)

TlMnO₃ 1.182
antiferromagnet
≤ 92 K (−181 °C)

YCr(BO₃)₂ 1.190
antiferromagnet
≤ 8 K (−265 °C)

HoCr(BO₃)₂ 1.191
antiferromagnet
≤ 8 K (−265 °C)

CrTe₃ 1.193
antiferromagnet
≤ 55 K (−218 °C)

Dy₂Fe₂Si₂C 1.206
antiferromagnet
≤ 6 K (−267 °C)

BaMoP₂O₈ 1.229
antiferromagnet
≤ 21 K (−252 °C)

Ca₂Sr₂IrO₆ 1.234
antiferromagnet
≤ 13.1 K (−260 °C)

FeI₂ 1.240
antiferromagnet
≤ 9.3 K (−264 °C)

Sr₂CoOsO₆ 1.243
antiferromagnet
≤ 108 K (−165 °C)

CrCl₃ 1.244
antiferromagnet
≤ 15.5 K (−258 °C)

BaNi₂V₂O₈ 1.256
antiferromagnet
≤ 50 K (−223 °C)

BaNi₂As₂O₈ 1.257
antiferromagnet
≤ 19 K (−254 °C)

NaMnGe₂O₆ 1.260
antiferromagnet
≤ 7 K (−266 °C)

Cu(NCS)₂ 1.278
antiferromagnet
≤ 12 K (−261 °C)

Fe₂(C₂O₄)_3.4H₂O 1.286
antiferromagnet
≤ 25 K (−248 °C)

ZnMnO₃ 1.304
antiferromagnet
≤ 17.4 K (−256 °C)

BaMo(PO₄)₂ 1.311
antiferromagnet
≤ 22 K (−251 °C)

Sr₂FeWO₆ 1.320
antiferromagnet
≤ 35 K (−238 °C)

Ba₂FeWO₆ 1.321
antiferromagnet
≤ 25 K (−248 °C)

Sr₂FeWO₅N 1.322
antiferromagnet
≤ 27 K (−246 °C)

TbCu₂Si₂ 1.363
antiferromagnet
≤ 11 K (−262 °C)

HoCu₂Si₂ 1.364
antiferromagnet
≤ 10 K (−263 °C)

TbCu₂Si₂ 1.365
antiferromagnet
≤ 13 K (−260 °C)

Li₃Ni₂SbO₆ 1.373
antiferromagnet

CeScGe 1.375
antiferromagnet
≤ 36 K (−237 °C)

CeScSi 1.377
antiferromagnet
≤ 22 K (−251 °C)

NaMnO₂ 1.409
antiferromagnet
≤ 45 K (−228 °C)

Ca₂Mn₃O₈ 1.431
noncollinear antiferromagnet
≤ 58 K (−215 °C)

Fe_1.125Te 1.436
antiferromagnet
≤ 63 K (−210 °C)

Fe_1.068Te 1.437
antiferromagnet
≤ 67 K (−206 °C)

Li₂CuW₂O₈ 1.449
antiferromagnet
≤ 3.9 K (−269 °C)

Mn₂CoReO₆ 1.480
noncollinear antiferromagnet
≤ 94 K (−179 °C)

Er₂Fe₂Si₂C 1.482
antiferromagnet
≤ 2.6 K (−271 °C)

Sr₂CoO₂Cu₂S₂ 1.500
antiferromagnet
≤ 220 K (−53 °C)

Ba₂CoO₂Cu₂S₂ 1.501
antiferromagnet
≤ 230 K (−43 °C)

NiTiO₃ 1.579
antiferromagnet
< 295 K (22 °C)

NiTiO₃ 1.580
antiferromagnet
≤ 22 K (−251 °C)

TbCuSb₂ 1.596
antiferromagnet
≤ 5 K (−268 °C)

LiFe(MoO₄)₂ 1.617
antiferromagnet
≤ 23.8 K (−249 °C)

La₂NiIrO₆ 1.661
noncollinear antiferromagnet
≤ 80 K (−193 °C)

La₂NiIrO₆ 1.662
noncollinear antiferromagnet
≤ 74 K (−199 °C)

Sr₁La₁Cu₁Sb₁O₆ 1.674
antiferromagnet
≤ 13.6 K (−260 °C)

Sr₁La₁Cu₁Nb₁O₆ 1.675
antiferromagnet
≤ 15.7 K (−257 °C)

Nd₂Ni₁Ir₁O₆ 1.679
antiferromagnet
≤ 7 K (−266 °C)

Nd₂NiIrO₆ 1.680
noncoplanar magnet
≤ 15 K (−258 °C)

Sr₂Co₁W₁O₆ 1.715
antiferromagnet
≤ 24 K (−249 °C)

Ca₂Mn₁W₁O₆ 1.718
noncollinear antiferromagnet
≤ 16 K (−257 °C)

Ca₂Mn₁W₁O₆ 1.719
antiferromagnet
≤ 16 K (−257 °C)

Mn₁N₄H₁₀S₂O₈ 1.736
antiferromagnet
≤ 2.4 K (−271 °C)

Cu₉Se₄O₁₅Cl₆ 1.739
noncollinear antiferromagnet
≤ 37 K (−236 °C)

K₁Ni₁As₁O₄ 1.741
antiferromagnet
≤ 19 K (−254 °C)

K₁Ni₁As₁O₄ 1.742
antiferromagnet
≤ 19 K (−254 °C)

Na₂Co₂TeO₆ 1.771
antiferromagnet
≤ 11 K (−262 °C)

Pr₁Ir₃B₂ 1.773
antiferromagnet
≤ 10 K (−263 °C)

Ba₁Nd₂Pt₁O₅ 1.774
noncollinear antiferromagnet
≤ 1.9 K (−271 °C)

Sr₂Fe₁Ir₁O₆ 1.779
antiferromagnet
≤ 114 K (−159 °C)

Cs₁Mn₁N₃C₃S₃ 1.781
noncoplanar magnet
≤ 16.8 K (−256 °C)

Fe_0.99O₁ 1.783
antiferromagnet
≤ 195 K (−78 °C)

K₂Re₁Cl₆ 1.785
antiferromagnet
≤ 12 K (−261 °C)

Ru₁Br₃ 1.786
antiferromagnet
≤ 34 K (−239 °C)

Ru₁Cl₃ 1.787
antiferromagnet
≤ 6.3 K (−267 °C)

Na₃Co₂Sb₁O₆ 1.788
antiferromagnet
≤ 5.5 K (−268 °C)

Fe₁V₁Mo₁O₇ 1.805
antiferromagnet
≤ 10.8 K (−262 °C)

Cr₁V₁Mo₁O₇ 1.806
antiferromagnet
≤ 26.5 K (−247 °C)

Na₂Ni₂SbO₆ 1.849
antiferromagnet
≤ 16 K (−257 °C)

Ba₂Y₁FeO₅ 1.853
noncollinear antiferromagnet
≤ 5.5 K (−268 °C)

K₁Co₁As₁O₄ 1.860
antiferromagnet
≤ 14 K (−259 °C)

K₁Co₁As₁O₄ 1.861
antiferromagnet
≤ 14 K (−259 °C)

Ba₂Ho₁Fe₁O₅ 1.862
noncoplanar magnet
≤ 9.3 K (−264 °C)

Ba₂Dy₁Fe₁O₅ 1.863
noncoplanar magnet
≤ 9.3 K (−264 °C)

Fe₇P₆O₂₄ 1.878
noncollinear antiferromagnet
≤ 47 K (−226 °C)

Dy₂RhSi₁_3 1.898
antiferromagnet
≤ 6.3 K (−267 °C)

Sc₂NiMnO₆ 2.18
antiferromagnet
≤ 17 K (−256 °C)

Sr₂CoOsO₆ 2.25
noncollinear antiferromagnet
≤ 70 K (−203 °C)

Na₂Mn₃Se₄ 2.33
noncoplanar magnet
≤ 27 K (−246 °C)

La₈Cu₇O₁₉ 2.37
noncoplanar magnet
≤ 103 K (−170 °C)

Fe₇P₆O₂₄ 2.118
noncoplanar magnet
≤ 16 K (−257 °C)

P_S1

BNS 2.7 · 3 structures

antiferromagnet ×3

FePSe₃ 1.210
antiferromagnet
≤ 119 K (−154 °C)

Tm₂BaNiO₅ 1.218
antiferromagnet
≤ 15 K (−258 °C)

CuF₂ 1.219
antiferromagnet
≤ 69 K (−204 °C)

P_s 1

BNS 2.7 · point group 11′ · 1 structure

noncollinear antiferromagnet ×1

Na₂Co₃As₂O₁₀H₂ 1.866
noncollinear antiferromagnet
≤ 14 K (−259 °C)

P_C 2

BNS 3.6 · 2 structures

noncollinear antiferromagnet ×2

Pb₂BaCuFeO₅Br 2.45
noncollinear antiferromagnet

Pb₂BaCuFeO₅Cl 2.46
noncollinear antiferromagnet

P 2₁

BNS 4.7 · point group 2 · 4 structures

noncoplanar magnet ×2noncollinear ferrimagnet ×1altermagnet ×1

LiFeP₂O₇ 0.83
altermagnet
≤ 22 K (−251 °C)

SrMn(VO₄)(OH) 0.165
noncollinear ferrimagnet
≤ 30 K (−243 °C)

DyCrWO₆ 0.316
noncoplanar magnet
≤ 25 K (−248 °C)

HoNiO₃ 2.3
noncoplanar magnet
≤ 3 K (−270 °C)

P 21′

BNS 4.9 · point group 2′ · 1 structure

noncoplanar magnet ×1

Hg_0.7Na_0.3Mn₇O₁₂ 2.122
noncoplanar magnet
≤ 80 K (−193 °C)

P 2₁′

BNS 4.9 · point group 2′ · 5 structures

noncoplanar ferrimagnet ×2noncollinear ferrimagnet ×1noncollinear antiferromagnet ×1s-wave ferrimagnet ×1

Tb₂MnNiO₆ 0.268
noncoplanar ferrimagnet
≤ 3.7 K (−269 °C)

Fe₄O₅ 0.1000
noncollinear ferrimagnet
≤ 150 K (−123 °C)

K₂Mn₃(VO₄)₂CO₃ 1.0.22
noncollinear antiferromagnet
≤ 2.2 K (−271 °C)

BaDy₂O₄ 2.74
s-wave ferrimagnet
≤ 0.5 K (−273 °C)

Tb₁Fe₆Ge₆ 2.113
noncoplanar ferrimagnet
≤ 9.5 K (−264 °C)

P2₁′

BNS 4.9 · point group 2′ · 1 structure

noncollinear ferrimagnet ×1

FeCl₅D₂O(ND₄)₂ 0.179
noncollinear ferrimagnet

P_a 2₁

BNS 4.10 · point group 21′ · 12 structures

p-wave magnet ×7antiferromagnet ×4noncoplanar magnet ×1

Lu₂MnCoO₆ 1.32
antiferromagnet
≤ 35 K (−238 °C)

HoNiO₃ 1.48
p-wave magnet
≤ 145 K (−128 °C)

Cs₂CoCl₄ 1.51
p-wave magnet
≤ 0.2 K (−273 °C)

BaNiF₄ 1.64
antiferromagnet

YBaFe₄O₇ 1.124
p-wave magnet
≤ 95 K (−178 °C)

CeNiAsO 1.272
p-wave magnet
≤ 7.6 K (−266 °C)

Ho₂Cu₂O₅ 1.279
noncoplanar magnet
≤ 13 K (−260 °C)

Yb₂CoMnO₆ 1.328
p-wave magnet
≤ 50 K (−223 °C)

YbLuCoMnO₆ 1.329
p-wave magnet
≤ 50 K (−223 °C)

Lu₂CoMnO₆ 1.330
antiferromagnet
≤ 50 K (−223 °C)

BaCoF₄ 1.438
antiferromagnet
≤ 69.6 K (−204 °C)

LuNiO₃ 1.657
p-wave magnet
≤ 125 K (−148 °C)

P_C 2₁

BNS 4.12 · 2 structures

p-wave magnet ×1antiferromagnet ×1

Ca₂Cr₂O₅ 1.227
p-wave magnet
≤ 220 K (−53 °C)

Y₁Mn₂ 1.746
antiferromagnet
≤ 100 K (−173 °C)

C 2

BNS 5.13 · 2 structures

noncollinear ferrimagnet ×1noncollinear antiferromagnet ×1

Cs₂FeCl₅.D₂O 0.253
noncollinear ferrimagnet
≤ 6.6 K (−267 °C)

Ba₃MnSb₂O₉ 1.0.46
noncollinear antiferromagnet
≤ 10 K (−263 °C)

C 2′

BNS 5.15 · point group 2′ · 4 structures

noncollinear ferrimagnet ×3noncoplanar ferrimagnet ×1

U₃Al₂Si₃ 0.37
noncollinear ferrimagnet
≤ 35 K (−238 °C)

MnFeF₅(H₂O)₂ 0.574
noncoplanar ferrimagnet
≤ 39.5 K (−234 °C)

Ba₁Fe₂Se₄ 0.1024
noncollinear ferrimagnet
≤ 310 K (37 °C)

Ce₁Al₁Se₁ 0.1114
noncollinear ferrimagnet
≤ 8.2 K (−265 °C)

C_c 2

BNS 5.16 · point group 21′ · 11 structures

antiferromagnet ×8p-wave magnet ×3

NdFe₃B₄O₁₂ 1.7
antiferromagnet
≤ 30 K (−243 °C)

YFe₃(BO₃)₄ 1.90
antiferromagnet
≤ 37 K (−236 °C)

Cu₂MnSnS₄ 1.100
antiferromagnet
≤ 8.8 K (−264 °C)

CrPS₄ 1.440
antiferromagnet
≤ 40 K (−233 °C)

CeFe₃(BO₃)₄ 1.459
antiferromagnet
≤ 29 K (−244 °C)

GeNi₂O₄ 1.562
p-wave magnet
≤ 11.4 K (−262 °C)

GeCo₂O₄ 1.564
p-wave magnet
≤ 23.5 K (−250 °C)

Cr₁P₁S₄ 1.708
antiferromagnet
≤ 38 K (−235 °C)

Ru₁Cl₃ 1.726
antiferromagnet
≤ 14 K (−259 °C)

Cu₂Mn₁Sn₁S₄ 1.732
antiferromagnet

BaNiTe₂O₇ 1.763
p-wave magnet
≤ 5.4 K (−268 °C)

C_a 2

BNS 5.17 · point group 21′ · 2 structures

noncoplanar magnet ×2

Sb₁Tb₁Te₁ 2.101
noncoplanar magnet
≤ 4.3 K (−269 °C)

Sb₁Tb₁Te₁ 2.102
noncoplanar magnet
≤ 5.3 K (−268 °C)

P m′

BNS 6.20 · point group m′ · 1 structure

noncollinear ferrimagnet ×1

Ce₂PdGe₃ 2.16
noncollinear ferrimagnet
≤ 2.3 K (−271 °C)

P c

BNS 7.24 · point group m1 · 1 structure

noncoplanar magnet ×1

Cu₂ClO₃H₃ 0.1178
noncoplanar magnet
≤ 18.1 K (−255 °C)

P c′

BNS 7.26 · point group m′ · 3 structures

s-wave compensated ferrimagnet ×1noncollinear ferrimagnet ×1noncoplanar ferrimagnet ×1

Mn₁Si₁N₂ 0.1067
s-wave compensated ferrimagnet
≤ 433 K (160 °C)

Mn₃O₄ 2.52
noncoplanar ferrimagnet
≤ 33 K (−240 °C)

Tb₁Fe₆Ge₆ 2.111
noncollinear ferrimagnet
≤ 9.5 K (−264 °C)

P_a c

BNS 7.27 · 5 structures

p-wave magnet ×3antiferromagnet ×2

Yb₂Cu₂O₅ 1.280
p-wave magnet
≤ 8.5 K (−265 °C)

Pb₂CoOsO₆ 1.565
antiferromagnet
≤ 45 K (−228 °C)

Pb₂NiOsO₆ 1.592
antiferromagnet
≤ 58 K (−215 °C)

Cu₂Mn₁Si₁S₄ 1.730
p-wave magnet
≤ 8 K (−265 °C)

Cu₂Mn₁Ge₁S₄ 1.733
p-wave magnet

P_c c

BNS 7.28 · 5 structures

antiferromagnet ×3p-wave magnet ×2

PrMn₂O₅ 1.325
antiferromagnet
≤ 25 K (−248 °C)

HoNiGe 1.374
antiferromagnet
≤ 5 K (−268 °C)

La_1.5Ca_0.5CoO₄ 1.583
antiferromagnet
≤ 52 K (−221 °C)

DyMn₂O₅ 1.599
p-wave magnet
≤ 8 K (−265 °C)

Nd₈Sb₈Te₈ 1.764
p-wave magnet
≤ 3.1 K (−270 °C)

P_b c

BNS 7.29 · point group m1′ · 1 structure

antiferromagnet ×1

Na₂MnF₅ 1.55
antiferromagnet
≤ 11 K (−262 °C)

P_C c

BNS 7.30 · point group m1′ · 1 structure

noncoplanar magnet ×1

DyTe₃ 2.107
noncoplanar magnet
≤ 3.6 K (−270 °C)

C m′

BNS 8.34 · point group m′ · 1 structure

s-wave ferromagnet ×1

Nd₁Pd₁In₁ 0.977
s-wave ferromagnet
≤ 30 K (−243 °C)

C_c m

BNS 8.35 · point group m1′ · 5 structures

antiferromagnet ×5

AgCrS₂ 1.136
antiferromagnet
≤ 41 K (−232 °C)

GeNi₂O₄ 1.561
antiferromagnet
≤ 11.4 K (−262 °C)

GeNi₂O₄ 1.563
antiferromagnet
≤ 11.4 K (−262 °C)

Ho₁Cd₁Cu₄ 1.701
antiferromagnet
≤ 7 K (−266 °C)

Ba₄Tb₁Ru₃O₁₂ 1.820
antiferromagnet
≤ 24 K (−249 °C)

C_a m

BNS 8.36 · point group m1′ · 8 structures

p-wave magnet ×4antiferromagnet ×2noncoplanar magnet ×2

BiMn₂O₅ 1.75
noncoplanar magnet
≤ 39 K (−234 °C)

TbMn₂O₅ 1.108
p-wave magnet
≤ 40 K (−233 °C)

HoMn₂O₅ 1.109
p-wave magnet
≤ 40 K (−233 °C)

Tm₅Ni₂In₄ 1.170
p-wave magnet
≤ 4.1 K (−269 °C)

BaFe₂Se₃ 1.429
antiferromagnet
≤ 240 K (−33 °C)

Ba₁Fe₂Se₃ 1.710
noncoplanar magnet
≤ 225 K (−48 °C)

Tm₅Pt₂In₄ 1.790
p-wave magnet
≤ 3.8 K (−269 °C)

Tb₁Ni₁Al₁ 2.99
antiferromagnet
≤ 23 K (−250 °C)

C c

BNS 9.37 · point group m · 6 structures

noncoplanar ferrimagnet ×3noncollinear ferrimagnet ×2altermagnet ×1

Ho_0.15Bi_0.85FeO₃ 0.557
noncollinear ferrimagnet

Ho_0.2Bi_0.8FeO₃ 0.558
noncollinear ferrimagnet

Mn₄Nb₂O₉ 0.722
altermagnet
≤ 52.1 K (−221 °C)

Mn₁Fe₃O₅ 0.998
noncoplanar ferrimagnet

Fe₂Se₃O₁₂H₆ 0.1062
noncoplanar ferrimagnet
≤ 77 K (−196 °C)

Fe₂Se₃O₁₂H₆ 0.1063
noncoplanar ferrimagnet
≤ 77 K (−196 °C)

C c′

BNS 9.39 · 3 structures

altermagnet ×3

MnTiO₃ 0.50
altermagnet
≤ 28 K (−245 °C)

ScFeO₃ 0.57
altermagnet
≤ 360 K (87 °C)

GaFeO₃ 0.306
altermagnet
≤ 408 K (135 °C)

C_c c

BNS 9.40 · point group m1′ · 8 structures

antiferromagnet ×3noncoplanar magnet ×3p-wave magnet ×2

La₂O₂Fe₂OSe₂ 1.58
antiferromagnet
≤ 90 K (−183 °C)

GdBiPt 1.111
antiferromagnet
≤ 8.5 K (−265 °C)

CuMnSb 1.232
antiferromagnet
≤ 34.3 K (−239 °C)

V₁Cl₂ 1.237
p-wave magnet
≤ 36 K (−237 °C)

V₁Br₂ 1.238
p-wave magnet
≤ 29.5 K (−244 °C)

CaCoSO 1.595
noncoplanar magnet

Sr₂Fe₃Se₂O₃ 2.55
noncoplanar magnet
≤ 52 K (−221 °C)

Sr₂Fe₃Se₂O₃ 2.76
noncoplanar magnet
≤ 42 K (−231 °C)

C_a c

BNS 9.41 · point group m1′ · 9 structures

antiferromagnet ×4p-wave magnet ×3noncoplanar magnet ×2

Li₂CoSiO₄ 1.79
antiferromagnet
≤ 14 K (−259 °C)

BaFe₂Se₃ 1.120
antiferromagnet
≤ 256 K (−17 °C)

DyFeWO₆ 1.274
noncoplanar magnet
≤ 18 K (−255 °C)

Li₂MnGeO₄ 1.484
p-wave magnet
≤ 8 K (−265 °C)

Na₁Mn₂O₄ 1.723
antiferromagnet
≤ 35 K (−238 °C)

Cu₂Fe₁Si₁S₄ 1.731
p-wave magnet
≤ 14 K (−259 °C)

Li₂Fe₁Ge₁S₄ 1.735
antiferromagnet
≤ 6 K (−267 °C)

Tb₁Fe₁W₁O₆ 1.825
noncoplanar magnet
≤ 2.4 K (−271 °C)

Fe₁Lu₁O₆W₁ 1.829
p-wave magnet
≤ 11.8 K (−261 °C)

P 2′/m′

BNS 10.46 · point group 2′/m′ · 2 structures

noncollinear ferrimagnet ×2

Er₅Pd₂In₄ 0.847
noncollinear ferrimagnet
≤ 16 K (−257 °C)

Er₅Pd₂In₄ 0.848
noncollinear ferrimagnet
≤ 16 K (−257 °C)

P_C 2/m

BNS 10.49 · 1 structure

antiferromagnet ×1

RuCl₃ 1.228
antiferromagnet
≤ 7 K (−266 °C)

P 2₁/m

BNS 11.50 · 5 structures

noncollinear antiferromagnet ×2d-wave altermagnet ×2noncoplanar ferrimagnet ×1

CaFe₅O₇ 0.357
noncoplanar ferrimagnet
≤ 360 K (87 °C)

NdCrO₃ 0.589
noncollinear antiferromagnet
≤ 224 K (−49 °C)

ErCrO₃ 0.590
noncollinear antiferromagnet
≤ 16.8 K (−256 °C)

NdMnO₃ 0.609
d-wave altermagnet
≤ 85 K (−188 °C)

Y₁Cr_0.5Fe_0.5O₃ 0.946
d-wave altermagnet
≤ 260 K (−13 °C)

P 2₁/m′

BNS 11.53 · 4 structures

antiferromagnet ×3noncollinear antiferromagnet ×1

ErGe₃ 0.330
antiferromagnet
≤ 7 K (−266 °C)

EuMnSb₂ 0.422
noncollinear antiferromagnet
≤ 21 K (−252 °C)

CaMnGe 0.601
antiferromagnet
≤ 420 K (147 °C)

CaMnGe 0.602
antiferromagnet
≤ 420 K (147 °C)

P 21′/m′

BNS 11.54 · point group 2′/m′ · 1 structure

noncollinear ferrimagnet ×1

Mn₃Ga 0.1182
noncollinear ferrimagnet
≤ 295 K (22 °C)

P 2₁′/m′

BNS 11.54 · point group 2′/m′ · 11 structures

noncollinear antiferromagnet ×3noncoplanar ferrimagnet ×2noncollinear ferrimagnet ×2noncoplanar magnet ×2altermagnet ×1d-wave altermagnet ×1

ErVO₃ 0.104
noncollinear antiferromagnet
≤ 112 K (−161 °C)

DyVO₃ 0.106
noncoplanar ferrimagnet

CaFe₅O₇ 0.358
altermagnet
≤ 125 K (−148 °C)

Cu₄(OH)₆FBr 0.393
noncoplanar ferrimagnet
≤ 6 K (−267 °C)

Tb₂Pt 0.449
noncollinear ferrimagnet
≤ 98 K (−175 °C)

CoFe₃O₅ 0.515
noncollinear ferrimagnet
≤ 100 K (−173 °C)

NdVO₃ 0.785
noncollinear antiferromagnet
≤ 135 K (−138 °C)

NdVO₃ 0.786
d-wave altermagnet
≤ 135 K (−138 °C)

Ho₁V₁O₃ 0.852
noncollinear antiferromagnet
≤ 113 K (−160 °C)

DyCrO₃ 2.63
noncoplanar magnet
≤ 2.2 K (−271 °C)

DyCrO₃ 2.64
noncoplanar magnet
≤ 2.2 K (−271 °C)

P_a 21/m

BNS 11.55 · point group 2/m1′ · 1 structure

antiferromagnet ×1

La₃Ni₂O₇ 1.890
antiferromagnet
≤ 149.5 K (−124 °C)

P_a 2₁ / m

BNS 11.55 · point group 2/m1′ · 1 structure

antiferromagnet ×1

Dy₁Sb₁Te₁ 1.766
antiferromagnet
≤ 6.7 K (−266 °C)

P_a 2₁/m

BNS 11.55 · point group 2/m1′ · 18 structures

antiferromagnet ×14noncollinear antiferromagnet ×4

AgMnVO₄ 1.116
noncollinear antiferromagnet
≤ 12.1 K (−261 °C)

Ba₃Fe₃O₇F 1.181
antiferromagnet

Ba₂Co₂F₇Cl 1.351
antiferromagnet
≤ 83 K (−190 °C)

DyGe₃ 1.355
antiferromagnet
≤ 24 K (−249 °C)

Dy₃Ge₄ 1.359
noncollinear antiferromagnet
≤ 6 K (−267 °C)

Fe_1.05Te 1.434
antiferromagnet
≤ 50 K (−223 °C)

Fe_1.05Te 1.435
antiferromagnet
≤ 50 K (−223 °C)

CoTi₂O₅ 1.478
antiferromagnet
≤ 26 K (−247 °C)

La₃OsO₇ 1.570
antiferromagnet
≤ 45 K (−228 °C)

La₃OsO₇ 1.571
antiferromagnet
≤ 45 K (−228 °C)

La_2.8Ca_0.2OsO₇ 1.572
antiferromagnet
≤ 33 K (−240 °C)

TbCuSb₂ 1.597
antiferromagnet
≤ 9 K (−264 °C)

Ho₁Sb₁Te₁ 1.749
antiferromagnet
≤ 3 K (−270 °C)

Ho₁Sb₁Te₁ 1.750
antiferromagnet
≤ 3 K (−270 °C)

Cs₁Co₂Mo₂O₉H₁ 1.752
noncollinear antiferromagnet
≤ 5 K (−268 °C)

La_0.5Ca_0.5MnO₃ 2.69
noncollinear antiferromagnet
≤ 155 K (−118 °C)

La_0.35Pr_0.35Ca_0.3Mn₁O₃ 2.109
antiferromagnet
≤ 160 K (−113 °C)

La_0.35Pr_0.35Ca_0.3Mn₁O₃ 2.110
antiferromagnet
≤ 160 K (−113 °C)

P_b 2₁/m

BNS 11.56 · point group 2/m1′ · 1 structure

antiferromagnet ×1

Er₂Ni₂Pb 2.92
antiferromagnet
≤ 1.8 K (−271 °C)

P_C 2₁/m

BNS 11.57 · point group 2/m1′ · 5 structures

antiferromagnet ×4noncollinear antiferromagnet ×1

Co₂C₁₀O₈H₂ 1.134
antiferromagnet
≤ 16 K (−257 °C)

NiPS₃ 1.230
antiferromagnet
≤ 155 K (−118 °C)

CoPS₃ 1.264
antiferromagnet
≤ 120 K (−153 °C)

Na₃Ni₂Bi₁O₆ 1.789
antiferromagnet
≤ 10.4 K (−263 °C)

HoRh 2.71
noncollinear antiferromagnet
≤ 3.2 K (−270 °C)

C 2/m

BNS 12.58 · point group 2/m1 · 5 structures

s-wave ferrimagnet ×2noncollinear ferrimagnet ×1noncollinear antiferromagnet ×1d-wave altermagnet ×1

YBaMn₂O_5.5 0.99
d-wave altermagnet
≤ 155 K (−118 °C)

Mn₃As₂ 0.512
s-wave ferrimagnet
≤ 270 K (−3 °C)

Cu₂OSO₄ 0.612
noncollinear ferrimagnet
≤ 19.7 K (−253 °C)

CdCu₃O₁₃N₂H₈ 0.880
noncollinear antiferromagnet
≤ 4 K (−269 °C)

Tb₂Fe₁₇ 0.1189
s-wave ferrimagnet
≤ 407 K (134 °C)

C 2′/m

BNS 12.60 · point group 2′/m · 10 structures

antiferromagnet ×10

CaMn₂Sb₂ 0.92
antiferromagnet
≤ 83 K (−190 °C)

MnPS₃ 0.163
antiferromagnet
≤ 78 K (−195 °C)

TlFe_1.6Se₂ 0.208
antiferromagnet
≤ 100 K (−173 °C)

YbCl₃ 0.444
antiferromagnet
≤ 0.6 K (−273 °C)

SrMn₂As₂ 0.482
antiferromagnet
≤ 118 K (−155 °C)

Er₂Si₂O₇ 0.527
antiferromagnet
≤ 2.3 K (−271 °C)

YbCl₃ 0.585
antiferromagnet
≤ 0.6 K (−273 °C)

Er₂Si₂O₇ 0.650
antiferromagnet
≤ 2.3 K (−271 °C)

YbCl₃ 0.723
antiferromagnet
≤ 0.6 K (−273 °C)

Ag₂CrO₂ 1.0.1
antiferromagnet
≤ 24 K (−249 °C)

C 2/m′

BNS 12.61 · point group 2/m′ · 1 structure

antiferromagnet ×1

Yb₁Pt₅B₂ 0.1136
antiferromagnet
≤ 4.7 K (−268 °C)

C 2′/m′

BNS 12.62 · point group 2′/m′ · 24 structures

s-wave ferromagnet ×6s-wave ferrimagnet ×5noncollinear ferrimagnet ×4noncoplanar ferrimagnet ×3altermagnet ×3g-wave altermagnet ×1noncollinear antiferromagnet ×1noncoplanar magnet ×1

KyFe_2−xSe₂ 0.52
altermagnet
≤ 560 K (287 °C)

RbyFe_2−xSe₂ 0.53
altermagnet
≤ 560 K (287 °C)

Mn₃Ge 0.203
noncoplanar ferrimagnet

Nd_0.5Tb_0.5Co₂ 0.224
noncollinear ferrimagnet
≤ 173 K (−100 °C)

Nd_0.5Tb_0.5Co₂ 0.225
noncollinear ferrimagnet
≤ 43 K (−230 °C)

EuFe₂P₂ 0.415
s-wave ferromagnet
≤ 30 K (−243 °C)

Fe₃F₈(H₂O)₂ 0.582
altermagnet
≤ 157 K (−116 °C)

HoB₂ 0.616
s-wave ferromagnet
≤ 15 K (−258 °C)

Mn₃Ga 0.641
noncollinear ferrimagnet

TbMn₆Sn₆ 0.702
s-wave ferrimagnet
≤ 423 K (150 °C)

HoMn₆Sn₆ 0.703
s-wave ferrimagnet
≤ 175 K (−98 °C)

HoMn₆Sn₆ 0.704
s-wave ferrimagnet
≤ 175 K (−98 °C)

TbNi₄B 0.730
s-wave ferromagnet
≤ 18.1 K (−255 °C)

HoNi₄B 0.731
s-wave ferromagnet
≤ 6.2 K (−267 °C)

NdMnSi₂ 0.773
noncollinear ferrimagnet
≤ 40 K (−233 °C)

Li_0.003MnTe 0.826
g-wave altermagnet
≤ 307 K (34 °C)

EuCd₂As₂ 0.863
s-wave ferromagnet
≤ 30 K (−243 °C)

Er₁Ga₁ 0.1042
s-wave ferromagnet
≤ 16 K (−257 °C)

CoV₂O₆ 1.0.6
s-wave ferrimagnet
≤ 15 K (−258 °C)

LuFe₂O₄ 1.0.7
s-wave ferrimagnet
≤ 240 K (−33 °C)

Dy₃Ru₄Al₁₂ 1.0.23
noncoplanar ferrimagnet
≤ 7 K (−266 °C)

La_0.25Pr_0.75Co₂P₂ 2.34
noncollinear antiferromagnet
≤ 11 K (−262 °C)

Fe₃F₈(H₂O)₂ 2.61
noncoplanar magnet
≤ 35 K (−238 °C)

Pr₂In 2.123
noncoplanar ferrimagnet
≤ 30 K (−243 °C)

C2′/m′

BNS 12.62 · 2 structures

s-wave ferrimagnet ×2

FeI₂ 1.0.13
s-wave ferrimagnet

FeI₂ 3.14
s-wave ferrimagnet

C_c 2/m

BNS 12.63 · 39 structures

antiferromagnet ×38noncollinear antiferromagnet ×1

Er₃Cu₄Sn₄ 0.651
antiferromagnet
≤ 6 K (−267 °C)

Na₂IrO₃ 1.10
antiferromagnet
≤ 18.1 K (−255 °C)

DyCu₂Si₂ 1.22
antiferromagnet
≤ 11 K (−262 °C)

Li₂MnO₃ 1.97
antiferromagnet
≤ 36 K (−237 °C)

Tb₂Fe₂Si₂C 1.171
antiferromagnet
≤ 44 K (−229 °C)

FePS₃ 1.183
antiferromagnet
≤ 120 K (−153 °C)

Fe₄Si₂Sn₇O₁₆ 1.197
noncollinear antiferromagnet
≤ 3.5 K (−270 °C)

Dy₂Fe₂Si₂C 1.205
antiferromagnet
≤ 26 K (−247 °C)

MnBr₂ 1.239
antiferromagnet
≤ 2.2 K (−271 °C)

EuAs₃ 1.339
antiferromagnet
≤ 10 K (−263 °C)

Ba₂Co₉O₁₄ 1.344
antiferromagnet
≤ 41 K (−232 °C)

HoCu₂Si₂ 1.366
antiferromagnet
≤ 8 K (−265 °C)

Cu₃Mg(OD)₆Br₂ 1.397
antiferromagnet
≤ 5.4 K (−268 °C)

EuMn₂P₂ 1.411
antiferromagnet
≤ 16.5 K (−257 °C)

EuCd₂As₂ 1.471
antiferromagnet
≤ 9.5 K (−264 °C)

EuMg₂Bi₂ 1.497
antiferromagnet
≤ 6.7 K (−266 °C)

Li₃Co₂SbO₆ 1.502
antiferromagnet
≤ 11 K (−262 °C)

GeNi₂O₄ 1.560
antiferromagnet
≤ 12.1 K (−261 °C)

GdCu₂Si₂ 1.568
antiferromagnet
≤ 12.5 K (−261 °C)

Yb₂O₂S 1.576
antiferromagnet
≤ 3 K (−270 °C)

KErSe₂ 1.578
antiferromagnet
≤ 0.2 K (−273 °C)

MnS 1.619
antiferromagnet
≤ 152 K (−121 °C)

EuMg₂Bi₂ 1.623
antiferromagnet
≤ 6.7 K (−266 °C)

EuSn₂P₂ 1.624
antiferromagnet
≤ 30 K (−243 °C)

TlFeS₂ 1.642
antiferromagnet
≤ 190 K (−83 °C)

EuSn₂As₂ 1.644
antiferromagnet
≤ 23.5 K (−250 °C)

Nd₂O₃ 1.648
antiferromagnet
≤ 0.6 K (−273 °C)

Eu₁Zn₂As₂ 1.672
antiferromagnet
≤ 19 K (−254 °C)

Eu₁Cd₂Sb₂ 1.673
antiferromagnet
≤ 7.4 K (−266 °C)

Mn₃Ni₂Si₁ 1.695
antiferromagnet
≤ 215 K (−58 °C)

Tm₃Cu₄Sn₄ 1.728
antiferromagnet
≤ 2.8 K (−270 °C)

Gd₂Fe₂Si₂C₁ 1.729
antiferromagnet
≤ 38.9 K (−234 °C)

K₁Er₁Se₂ 1.755
antiferromagnet
≤ 0.2 K (−273 °C)

Eu₁Al₂Si₂ 1.777
antiferromagnet
≤ 35 K (−238 °C)

Ho_1.36Lu_0.64Fe₂Si₂C₁ 1.818
antiferromagnet
≤ 12 K (−261 °C)

Ho_1.08Lu_0.92Fe₂Si₂C₁ 1.819
antiferromagnet
≤ 10 K (−263 °C)

Fe₁Bi₄S₇ 1.830
antiferromagnet
≤ 64 K (−209 °C)

Sr₃Fe₂O₅Cl₂ 1.841
antiferromagnet
≤ 545 K (272 °C)

Dy₁Ni₁Al₁Ge₂ 1.869
antiferromagnet
≤ 9 K (−264 °C)

C_a 2/m

BNS 12.64 · 12 structures

antiferromagnet ×7noncollinear antiferromagnet ×5

YBaCuFeO₅ 1.282
antiferromagnet
≤ 441 K (168 °C)

YBaCuFeO₅ 1.283
antiferromagnet
≤ 475 K (202 °C)

YBaCuFeO₅ 1.284
antiferromagnet
≤ 240 K (−33 °C)

Bi₂Fe₄O₉ 1.528
noncollinear antiferromagnet
≤ 244 K (−29 °C)

Tb₂Ni₂In 1.663
antiferromagnet
≤ 100 K (−173 °C)

PrFe₂Al₈ 1.681
antiferromagnet
≤ 4.5 K (−269 °C)

Er₂Ni₂Pb 1.686
antiferromagnet
≤ 1.8 K (−271 °C)

Tb₂Ni₂In 1.770
antiferromagnet
≤ 40 K (−233 °C)

Sr₂F₂Fe₂OS₂ 2.2
noncollinear antiferromagnet
≤ 106 K (−167 °C)

La₂O₂Fe₂OSe₂ 2.49
noncollinear antiferromagnet
≤ 89 K (−184 °C)

La₂O₂Fe₂OS₂ 2.56
noncollinear antiferromagnet
≤ 105 K (−168 °C)

Na₃Co₂Sb₁O₆ 2.116
noncollinear antiferromagnet
≤ 5.5 K (−268 °C)

C_a2/m

BNS 12.64 · 1 structure

antiferromagnet ×1

YBa₂Fe₃O_7.84 1.221
antiferromagnet

P2′/c

BNS 13.67 · 1 structure

noncollinear antiferromagnet ×1

CeMnAsO 0.188
noncollinear antiferromagnet
≤ 7 K (−266 °C)

P 2′/c′

BNS 13.69 · 2 structures

s-wave compensated ferrimagnet ×1noncoplanar ferrimagnet ×1

MnLaMnSbO₆ 0.234
s-wave compensated ferrimagnet
≤ 48 K (−225 °C)

Er₂CuMn₅O₁₂ 2.115
noncoplanar ferrimagnet
≤ 7 K (−266 °C)

P_a 2/c

BNS 13.70 · point group 2/m1′ · 4 structures

antiferromagnet ×4

NiWO₄ 1.194
antiferromagnet
≤ 62 K (−211 °C)

Mn_0.81Cu_0.19WO₄ 1.315
antiferromagnet
≤ 17 K (−256 °C)

FeWO₄ 1.653
antiferromagnet
≤ 66 K (−207 °C)

Fe₁W₁O₄ 1.807
antiferromagnet
≤ 75 K (−198 °C)

P_b 2/c

BNS 13.71 · 1 structure

antiferromagnet ×1

Mn₅(VO₄)₂(OH)₄ 1.430
antiferromagnet
≤ 45 K (−228 °C)

P_A 2/c

BNS 13.73 · point group 2/m1′ · 4 structures

antiferromagnet ×3noncollinear antiferromagnet ×1

PrMgPb 1.140
antiferromagnet
≤ 14 K (−259 °C)

NdMgPb 1.141
antiferromagnet
≤ 26 K (−247 °C)

Ho₂O₂Se 1.213
antiferromagnet
≤ 4 K (−269 °C)

NdFeAsO 1.587
noncollinear antiferromagnet
≤ 2 K (−271 °C)

P_C 2/c

BNS 13.74 · 7 structures

noncollinear antiferromagnet ×4antiferromagnet ×3

U₂Rh₃Si₅ 0.564
noncollinear antiferromagnet
≤ 26 K (−247 °C)

Ca₄IrO₆ 1.114
noncollinear antiferromagnet
≤ 12 K (−261 °C)

NaFeSO₄F 1.121
antiferromagnet
≤ 36 K (−237 °C)

NaCoSO₄F 1.126
noncollinear antiferromagnet
≤ 29 K (−244 °C)

Cu₃Ni₂SbO₆ 1.259
antiferromagnet
≤ 22.3 K (−251 °C)

TlMnF₄ 1.346
antiferromagnet
≤ 4.2 K (−269 °C)

Sr₃ZnIrO₆ 1.649
noncollinear antiferromagnet
≤ 17 K (−256 °C)

P 21/c

BNS 14.75 · point group 2/m1 · 1 structure

noncollinear antiferromagnet ×1

La_0.5Sr_3.5Fe₃O_7.5F_2.6 0.1179
noncollinear antiferromagnet
≤ 470 K (197 °C)

P 2₁/c

BNS 14.75 · point group 2/m · 58 structures

altermagnet ×29noncoplanar ferrimagnet ×11noncollinear ferrimagnet ×8noncollinear antiferromagnet ×5s-wave ferromagnet ×2s-wave ferrimagnet ×2noncoplanar magnet ×1

Nd₂NaRuO₆ 0.39
noncoplanar ferrimagnet
≤ 14.3 K (−259 °C)

Li₂FeP₂O₇ 0.61
noncollinear antiferromagnet
≤ 9 K (−264 °C)

Mn₂GeO₄ 0.103
noncoplanar magnet
≤ 5.5 K (−268 °C)

ErVO₃ 0.105
altermagnet
≤ 60 K (−213 °C)

LiFe(SO₄)₂ 0.120
altermagnet
≤ 35 K (−238 °C)

Li₂Mn(SO₄)₂ 0.122
altermagnet
≤ 6 K (−267 °C)

La₂LiRuO₆ 0.148
altermagnet
≤ 30 K (−243 °C)

Ca₂MnReO₆ 0.204
noncoplanar ferrimagnet
≤ 121 K (−152 °C)

Tb₂MnNiO₆ 0.272
s-wave ferromagnet
≤ 60 K (−213 °C)

Tl₂NiMnO₆ 0.291
s-wave ferromagnet
≤ 80 K (−193 °C)

Cu₂(OD)₃Cl 0.295
noncollinear antiferromagnet
≤ 6 K (−267 °C)

Cu₂(OD)₃Cl 0.296
noncollinear ferrimagnet
≤ 6.7 K (−266 °C)

Sr₂CoTeO₆ 0.301
altermagnet
≤ 15 K (−258 °C)

Sr₂Co_0.9Mg_0.1TeO₆ 0.302
altermagnet
≤ 13 K (−260 °C)

Mn₂ScSbO₆ 0.360
altermagnet
≤ 22.3 K (−251 °C)

La₂CoIrO₆ 0.375
noncollinear ferrimagnet
≤ 95 K (−178 °C)

Fe₃(PO₄)₂(OH)₂ 0.392
altermagnet

Sr₂LuRuO₆ 0.420
altermagnet
≤ 30 K (−243 °C)

K₂ReI₆ 0.434
altermagnet
≤ 24 K (−249 °C)

Sr₂TbIrO₆ 0.475
altermagnet
≤ 51 K (−222 °C)

Mn₂NiReO₆ 0.510
noncollinear antiferromagnet
≤ 42 K (−231 °C)

Mn₂Fe_0.8Mo_1.2O₆ 0.539
s-wave ferrimagnet
≤ 194 K (−79 °C)

Mn₂Fe_0.8Mo_1.2O₆ 0.540
noncoplanar ferrimagnet
≤ 45 K (−228 °C)

K₂ReI₆ 0.553
altermagnet
≤ 24 K (−249 °C)

NaBaFe₂F₉ 0.578
noncoplanar ferrimagnet
≤ 19 K (−254 °C)

Sr₂YbRuO₆ 0.669
altermagnet
≤ 36 K (−237 °C)

Sr₂YbRuO₆ 0.670
altermagnet
≤ 44 K (−229 °C)

Sr₂TmRuO₆ 0.671
altermagnet
≤ 36 K (−237 °C)

Li₂Ni(SO₄)₂ 0.714
altermagnet
≤ 15 K (−258 °C)

CsMn₂F₆ 0.727
noncoplanar ferrimagnet
≤ 10 K (−263 °C)

Sr₂TbRuO₆ 0.791
altermagnet
≤ 41 K (−232 °C)

Sr₂HoRuO₆ 0.792
altermagnet
≤ 36 K (−237 °C)

Sr₂HoRuO₆ 0.793
altermagnet
≤ 36 K (−237 °C)

Sr₂HoRuO₆ 0.794
altermagnet
≤ 34 K (−239 °C)

Sr₂YRuO₆ 0.795
altermagnet
≤ 26 K (−247 °C)

La₂Ni₁Ir₁O₆ 0.864
noncollinear antiferromagnet
≤ 75 K (−198 °C)

Nd₂Ni₁Ir₁O₆ 0.865
noncoplanar ferrimagnet
≤ 121 K (−152 °C)

Pr₂Ni₁Ir₁O₆ 0.866
noncoplanar ferrimagnet
≤ 103 K (−170 °C)

“Nd₂ 0.867
s-wave ferrimagnet
≤ 125 K (−148 °C)

Pr₂Ni₁Ir₁O₆ 0.868
noncollinear ferrimagnet
≤ 110 K (−163 °C)

Pr₂Ni₁Ir₁O₆ 0.869
noncollinear ferrimagnet
≤ 5 K (−268 °C)

Pr₂Ni₁Ir₁O₆ 0.870
noncoplanar ferrimagnet
≤ 110 K (−163 °C)

Pr₂Ni₁Ir₁O₆ 0.871
noncollinear ferrimagnet
≤ 110 K (−163 °C)

Pr₂Ni₁Ir₁O₆ 0.872
noncollinear ferrimagnet
≤ 110 K (−163 °C)

Pr₂Ni₁Ir₁O₆ 0.873
noncollinear ferrimagnet
≤ 110 K (−163 °C)

Nd₂Ni₁Ir₁O₆ 0.874
noncoplanar ferrimagnet
≤ 120 K (−153 °C)

Nd₂Ni₁Ir₁O₆ 0.875
noncoplanar ferrimagnet
≤ 120 K (−153 °C)

Ho₅Ni₂In₄ 0.912
noncollinear antiferromagnet
≤ 31 K (−242 °C)

Sr₂Sc₁Os₁O₆ 0.917
altermagnet
≤ 92 K (−181 °C)

Sr₂Ni₁Te₁O₆ 0.934
altermagnet
≤ 35 K (−238 °C)

Sr₂Ni_0.9Mg_0.1Te₁O₆ 0.935
altermagnet
≤ 29 K (−244 °C)

Sr₂Mn₁Te₁O₆ 0.936
altermagnet
≤ 20 K (−253 °C)

Sr₂Co₁Te₁O₆ 0.937
altermagnet
≤ 18 K (−255 °C)

Ca₁Ni₃P₄O₁₄ 0.948
noncoplanar ferrimagnet
≤ 16 K (−257 °C)

Tm₁V₁O₃ 0.982
altermagnet
≤ 105 K (−168 °C)

Tm₁V₁O₃ 0.983
altermagnet
≤ 105 K (−168 °C)

Sr₂Er₁Ru₁O₆ 0.1008
altermagnet
≤ 50 K (−223 °C)

Sr₂Dy₁Ru₁O₆ 0.1146
noncollinear ferrimagnet
≤ 25 K (−248 °C)

P 2₁/c1

BNS 14.75 · point group 2/m1 · 2 structures

noncoplanar ferrimagnet ×1noncollinear ferrimagnet ×1

Co₁D₆C₂O₆ 0.1049
noncoplanar ferrimagnet
≤ 5.2 K (−268 °C)

Gd₂Co₁Ru₁O₆ 0.1139
noncollinear ferrimagnet
≤ 51 K (−222 °C)

P 2₁/n

BNS 14.75 · point group 2/m · 1 structure

noncoplanar ferrimagnet ×1

Cs₁Ni₁N₃C₃S₃ 0.1014
noncoplanar ferrimagnet
≤ 8.5 K (−265 °C)

P 2₁′/c

BNS 14.77 · point group 2′/m · 14 structures

antiferromagnet ×8noncollinear antiferromagnet ×3noncoplanar magnet ×3

LiCrGe₂O₆ 0.217
antiferromagnet
≤ 4.8 K (−268 °C)

Li₂Fe(SO₄)₂ 0.243
antiferromagnet
≤ 12 K (−261 °C)

Li_1.5Fe(SO₄)₂ 0.245
antiferromagnet
≤ 35 K (−238 °C)

Er₂ReC₂ 0.347
noncoplanar magnet
≤ 18 K (−255 °C)

LiCoPO₄ 0.384
antiferromagnet
≤ 22 K (−251 °C)

NdB₄ 0.492
noncollinear antiferromagnet
≤ 17.2 K (−256 °C)

Li₁Cr₁Ge₂O₆ 0.961
antiferromagnet
≤ 6 K (−267 °C)

Li₁Cr₁Ge₂O₆ 0.962
antiferromagnet
≤ 6 K (−267 °C)

Li₁Cr₁Ge₂O₆ 0.963
antiferromagnet
≤ 6 K (−267 °C)

Li₁Cr₁Ge₂O₆ 0.964
antiferromagnet
≤ 6 K (−267 °C)

C₁₀H₆Mn₁N₄O₄ 0.1010
noncollinear antiferromagnet
≤ 3.3 K (−270 °C)

Cu₂Mo₁Se₁O₇ 0.1077
noncoplanar magnet
≤ 23.6 K (−250 °C)

Ho₂Ba₁Cu₁O₆ 2.85
noncollinear antiferromagnet
≤ 8 K (−265 °C)

NdB₄ 2.117
noncoplanar magnet
≤ 17.5 K (−256 °C)

P 2₁/c′

BNS 14.78 · point group 2/m′ · 16 structures

antiferromagnet ×9noncollinear antiferromagnet ×5noncoplanar magnet ×2

LiFeSi₂O₆ 0.28
antiferromagnet
≤ 18.1 K (−255 °C)

LiFePO₄ 0.152
antiferromagnet
≤ 47 K (−226 °C)

Fe₃(PO₄)₂ 0.264
antiferromagnet
≤ 44 K (−229 °C)

Co₂V₂O₇ 0.281
noncoplanar magnet
≤ 6 K (−267 °C)

LiCoPO₄ 0.385
noncollinear antiferromagnet
≤ 21.6 K (−252 °C)

Cu₂CdB₂O₆ 0.394
noncollinear antiferromagnet
≤ 9.8 K (−263 °C)

Pb₂VO(PO₄)₂ 0.505
antiferromagnet
≤ 3.5 K (−270 °C)

Fe₂WO₆ 0.809
noncoplanar magnet
≤ 264 K (−9 °C)

Na₂MnPO₄F 0.827
antiferromagnet
≤ 10.4 K (−263 °C)

Na₂MnPO₄F 0.828
antiferromagnet
≤ 10.4 K (−263 °C)

Na₂MnPO₄F 0.829
antiferromagnet
≤ 10.4 K (−263 °C)

Na₂MnPO₄F 0.830
antiferromagnet
≤ 10.4 K (−263 °C)

Na₂Ru₁O₄ 0.933
antiferromagnet
≤ 37.2 K (−236 °C)

Ho₁B₄ 0.1126
noncollinear antiferromagnet
≤ 5.7 K (−267 °C)

Dy₁B₄ 0.1128
noncollinear antiferromagnet
≤ 12.5 K (−261 °C)

SrHo₂O₄ 2.8
noncollinear antiferromagnet
≤ 0.7 K (−272 °C)

P2₁/c′

BNS 14.78 · point group 2/m′ · 2 structures

noncollinear antiferromagnet ×2

TbOOH 2.21
noncollinear antiferromagnet
≤ 10 K (−263 °C)

Dy₁Sb₁Te₁ 2.105
noncollinear antiferromagnet
≤ 6.7 K (−266 °C)

P 2₁′/c′

BNS 14.79 · point group 2′/m′ · 38 structures

noncollinear ferrimagnet ×11s-wave ferrimagnet ×8noncoplanar ferrimagnet ×7s-wave ferromagnet ×5noncollinear antiferromagnet ×4s-wave compensated ferrimagnet ×2altermagnet ×1

Co₄(OH)₂(C₁₀H₁₆O₄)₃ 0.69
noncollinear ferrimagnet
≤ 5.4 K (−268 °C)

Li₂Co(SO₄)₂ 0.121
s-wave ferrimagnet
≤ 7 K (−266 °C)

Y₂MnCoO₆ 0.164
noncollinear ferrimagnet
≤ 80 K (−193 °C)

Sr₂MnReO₆ 0.205
noncoplanar ferrimagnet
≤ 120 K (−153 °C)

Li₃Fe₂(PO₄)₃ 0.258
s-wave ferrimagnet
≤ 23 K (−250 °C)

Tb₂MnNiO₆ 0.269
noncoplanar ferrimagnet
≤ 15 K (−258 °C)

Tb₂MnNiO₆ 0.270
s-wave ferromagnet
≤ 70 K (−203 °C)

Tb₂MnNiO₆ 0.271
s-wave ferromagnet
≤ 120 K (−153 °C)

Ho₂CoMnO₆ 0.317
s-wave ferromagnet
≤ 60 K (−213 °C)

Tm₂CoMnO₆ 0.318
noncoplanar ferrimagnet
≤ 60 K (−213 °C)

Tm₂CoMnO₆ 0.319
noncollinear ferrimagnet
≤ 60 K (−213 °C)

Cu_1.94Mn_1.06BO₅ 0.322
noncollinear ferrimagnet
≤ 92 K (−181 °C)

KMnF₄ 0.328
noncollinear antiferromagnet
≤ 5.2 K (−268 °C)

NdFeO₃ 0.337
noncollinear antiferromagnet
≤ 180 K (−93 °C)

(CH₃NH₃)(Co(COOH)₃ 0.369
noncoplanar ferrimagnet
≤ 15.9 K (−257 °C)

HoNi 0.481
noncollinear ferrimagnet
≤ 13.5 K (−260 °C)

Ca₂FeMn_0.5W_0.5O₆ 0.500
s-wave compensated ferrimagnet
≤ 175 K (−98 °C)

La₂Ni_1.19Os_0.81O₆ 0.502
noncollinear ferrimagnet
≤ 125 K (−148 °C)

Cs₂Cu₃SnF₁₂ 0.506
noncollinear antiferromagnet
≤ 20.2 K (−253 °C)

Mn₂FeReO₆ 0.541
s-wave ferrimagnet
≤ 520 K (247 °C)

Mn₂FeReO₆ 0.546
s-wave ferrimagnet
≤ 520 K (247 °C)

Mn₂FeReO₆ 0.547
s-wave ferrimagnet
≤ 520 K (247 °C)

BaMnFeF₇ 0.577
s-wave compensated ferrimagnet
≤ 84.9 K (−188 °C)

Mn₃Sn₂ 0.664
noncollinear ferrimagnet
≤ 197 K (−76 °C)

Ca₂FeOsO₆ 0.682
s-wave ferrimagnet
≤ 350 K (77 °C)

SrCaFeOsO₆ 0.683
s-wave ferrimagnet
≤ 210 K (−63 °C)

Sr₂DyRuO₆ 0.790
altermagnet
≤ 39.5 K (−234 °C)

Ca₂NiOsO₆ 0.796
s-wave ferrimagnet
≤ 175 K (−98 °C)

La₂Zn₁Ir₁O₆ 0.876
noncollinear ferrimagnet
≤ 12 K (−261 °C)

Ho₅Ni₂In₄ 0.913
noncollinear ferrimagnet
≤ 20 K (−253 °C)

Tb₅Ni₂In₄ 0.915
noncollinear ferrimagnet
≤ 30 K (−243 °C)

Co₁D₆C₂O₆ 0.1050
noncoplanar ferrimagnet

Gd₁Cr₁O₃ 0.1105
noncollinear antiferromagnet
≤ 8 K (−265 °C)

La₁Tb₁Mn₁Co₁O₆ 0.1108
noncoplanar ferrimagnet
≤ 30 K (−243 °C)

Er₂Mn₁Co₁O₆ 0.1109
noncollinear ferrimagnet
≤ 70 K (−203 °C)

Tb₂Mn₁Co₁O₆ 0.1110
s-wave ferromagnet
≤ 98 K (−175 °C)

Tm₁Cr₁O₃ 0.1135
noncoplanar ferrimagnet
≤ 30 K (−243 °C)

Nd₂Ni₁Mn₁O₆ 0.1148
s-wave ferromagnet
≤ 198 K (−75 °C)

P_a 21/c

BNS 14.80 · point group 2/m1′ · 1 structure

noncoplanar magnet ×1

Li₂Co₃Se₄O₁₂ 1.896
noncoplanar magnet
≤ 3.3 K (−270 °C)

P_a 2₁/c

BNS 14.80 · point group 2/m1′ · 44 structures

noncollinear antiferromagnet ×21antiferromagnet ×18noncoplanar magnet ×5

LiFeGe₂O₆ 1.39
antiferromagnet
≤ 20 K (−253 °C)

CuO 1.62
antiferromagnet
≤ 213 K (−60 °C)

MnPb₄Sb₆S₁₄ 1.63
antiferromagnet
≤ 6 K (−267 °C)

CaV₂O₄ 1.73
noncoplanar magnet

Li₂MnSiO₄ 1.78
antiferromagnet
≤ 12 K (−261 °C)

BaFeO_2.5 1.83
noncollinear antiferromagnet
≤ 720 K (447 °C)

BaNd₂O₄ 1.95
noncollinear antiferromagnet
≤ 1.7 K (−271 °C)

BaNd₂O₄ 1.96
noncollinear antiferromagnet
≤ 1.7 K (−271 °C)

GdPO₄ 1.118
noncollinear antiferromagnet
≤ 0.8 K (−272 °C)

BiNiO(PO₄) 1.127
noncollinear antiferromagnet
≤ 17.5 K (−256 °C)

BiCoO(PO₄) 1.128
noncollinear antiferromagnet
≤ 15 K (−258 °C)

CuSb₂O₆ 1.133
noncollinear antiferromagnet
≤ 8.7 K (−264 °C)

Li₂Fe(SO₄)₂ 1.147
noncollinear antiferromagnet
≤ 4 K (−269 °C)

MnV₂O₆ 1.196
noncollinear antiferromagnet
≤ 4.7 K (−268 °C)

Sc₂NiMnO₆ 1.199
antiferromagnet
≤ 35 K (−238 °C)

Cr₂ReO₆ 1.201
noncoplanar magnet
≤ 67 K (−206 °C)

Na_0.5Li_0.5FeGe₂O₆ 1.276
antiferromagnet
≤ 18 K (−255 °C)

CuFe₂(P₂O₇)₂ 1.297
antiferromagnet
≤ 15.5 K (−258 °C)

BiMnTeO₆ 1.301
noncollinear antiferromagnet
≤ 10 K (−263 °C)

Ba₂CoO₄ 1.302
noncollinear antiferromagnet
≤ 26 K (−247 °C)

Li_0.31Na_0.69FeGe₂O₆ 1.331
antiferromagnet
≤ 15 K (−258 °C)

Co₃(PO₄)₂ 1.342
noncoplanar magnet
≤ 30 K (−243 °C)

NaMnF₄ 1.345
noncollinear antiferromagnet
≤ 13 K (−260 °C)

ErNiGe 1.379
antiferromagnet
≤ 2.9 K (−270 °C)

Y₂BaCuO₅ 1.445
antiferromagnet

La₂CoPtO₆ 1.462
antiferromagnet
≤ 28 K (−245 °C)

Ba₂CoO₄ 1.476
noncollinear antiferromagnet
≤ 25 K (−248 °C)

Ba₂CoO₄ 1.477
noncollinear antiferromagnet
≤ 23 K (−250 °C)

Mn₃TeO₆ 1.485
antiferromagnet
≤ 35.8 K (−237 °C)

LiCoF₄ 1.526
antiferromagnet
≤ 150 K (−123 °C)

SrNd₂O₄ 1.577
noncollinear antiferromagnet
≤ 2.3 K (−271 °C)

DyBaCuO₆ 1.650
noncollinear antiferromagnet
≤ 18.5 K (−255 °C)

HoBaCuO₆ 1.651
noncollinear antiferromagnet
≤ 17.5 K (−256 °C)

CoNb₂O₆ 1.656
antiferromagnet

FePb₄Sb₆S₁₄ 1.660
noncollinear antiferromagnet
≤ 5 K (−268 °C)

Dy₂Ti₁O₅ 1.698
noncollinear antiferromagnet
≤ 1.7 K (−271 °C)

Sr₂Mn₁Mo₁O₆ 1.716
noncollinear antiferromagnet
≤ 12 K (−261 °C)

Sr₂Mn₁W₁O₆ 1.717
noncollinear antiferromagnet
≤ 13 K (−260 °C)

Pr₁Pd₁Sn₁ 1.744
antiferromagnet
≤ 4.6 K (−269 °C)

Ba₂Tb₁Fe₁O₅ 1.864
noncoplanar magnet
≤ 14 K (−259 °C)

Ba₂Yb₁Fe₁O₅ 1.865
noncoplanar magnet
≤ 9.8 K (−263 °C)

Li₂Fe₁Si₁O₄ 1.871
antiferromagnet
≤ 17 K (−256 °C)

Cs₂RuO₄ 1.892
antiferromagnet
≤ 5 K (−268 °C)

Cs₂CoBr₄ 1.893
antiferromagnet
≤ 1.3 K (−272 °C)

P_b 2₁/c

BNS 14.81 · point group 2/m1′ · 2 structures

antiferromagnet ×2

FeF₃(H₂O)₂H₂O 1.157
antiferromagnet
≤ 20 K (−253 °C)

NiNb₂O₆ 1.654
antiferromagnet

P_c 2₁/c

BNS 14.82 · point group 2/m1′ · 9 structures

noncollinear antiferromagnet ×5antiferromagnet ×4

CsFe₂Se₃ 1.26
antiferromagnet
≤ 175 K (−98 °C)

TaFe_1+yTe₃ 1.27
antiferromagnet
≤ 178 K (−95 °C)

Ni₁Ta₂O₆ 1.112
antiferromagnet
≤ 12 K (−261 °C)

NaFePO₄ 1.117
noncollinear antiferromagnet
≤ 13 K (−260 °C)

Ni₂SiO₄ 1.203
noncollinear antiferromagnet
≤ 34 K (−239 °C)

Ni₂SiO₄ 1.204
noncollinear antiferromagnet
≤ 34 K (−239 °C)

Ba₂Ni₂F₇Cl 1.352
noncollinear antiferromagnet
≤ 92 K (−181 °C)

Ho₃Ge₄ 1.357
noncollinear antiferromagnet
≤ 6.6 K (−267 °C)

FeSO₄ 1.573
antiferromagnet
≤ 14 K (−259 °C)

P_A 2₁/c

BNS 14.83 · 9 structures

antiferromagnet ×7noncollinear antiferromagnet ×1noncoplanar magnet ×1

AlCr₂ 0.598
antiferromagnet
≤ 598 K (325 °C)

Mn_0.375Co_0.375Fe_0.25 1.151
antiferromagnet
≤ 310 K (37 °C)

Mn₆Ni₁₆Si₇ 1.455
noncollinear antiferromagnet
≤ 50 K (−223 °C)

Pd_2.87Mn_0.88 1.509
antiferromagnet
≤ 200 K (−73 °C)

ErCo₂Si₂ 1.515
antiferromagnet
≤ 6 K (−267 °C)

Ba₂MnTeO₆ 1.538
antiferromagnet
≤ 20 K (−253 °C)

Ba₂Ni₁Te₁O₆ 1.724
antiferromagnet
≤ 8.6 K (−265 °C)

C₁Li₃Bi₂ 1.836
antiferromagnet
≤ 1.3 K (−272 °C)

Sr₂Fe₃S₂O₃ 2.75
noncoplanar magnet
≤ 52.5 K (−221 °C)

P_C 2₁/c

BNS 14.84 · point group 2/m1′ · 20 structures

antiferromagnet ×12noncollinear antiferromagnet ×7noncoplanar magnet ×1

LiErF₄ 1.35
antiferromagnet
≤ 373 K (100 °C)

Ca₃Co₂O₆ 1.60
antiferromagnet
≤ 12 K (−261 °C)

Ba₃LaRu₂O₉ 1.94
antiferromagnet
≤ 22 K (−251 °C)

NH₄FeCl₂(HCOO) 1.144
antiferromagnet
≤ 6 K (−267 °C)

NaFeSi₂O₆ 1.154
antiferromagnet
≤ 9 K (−264 °C)

CaCoGe₂O₆ 1.169
antiferromagnet
≤ 18.1 K (−255 °C)

Cu₃Co₂SbO₆ 1.258
antiferromagnet
≤ 18.5 K (−255 °C)

V₂O₃ 1.287
antiferromagnet
≤ 160 K (−113 °C)

Na₂BaMn(VO₄)₂ 1.306
noncollinear antiferromagnet
≤ 1.3 K (−272 °C)

NaFeSi₂O₆ 1.314
antiferromagnet
≤ 8 K (−265 °C)

CoGeO₃ 1.323
noncollinear antiferromagnet
≤ 32.5 K (−241 °C)

Li_0.22Na_0.78FeGe₂O₆ 1.332
antiferromagnet
≤ 14 K (−259 °C)

La₂NiO₃F_1.93 1.390
antiferromagnet

CoGeO₃ 1.622
noncollinear antiferromagnet
≤ 33.5 K (−240 °C)

Ba₃La₁Ru₂O₉ 1.722
antiferromagnet
≤ 26 K (−247 °C)

Ni₂Te₃O₈ 1.769
noncollinear antiferromagnet
≤ 35 K (−238 °C)

Na₂Cu₃S₃O₁₃ 1.804
noncoplanar magnet
≤ 3.4 K (−270 °C)

Yb₃Ga₅O₁₂ 1.821
noncollinear antiferromagnet
≤ 0.1 K (−273 °C)

Co₂Te₃O₈ 1.876
noncollinear antiferromagnet
≤ 55 K (−218 °C)

Sr₂Cr₃As₂O₂ 2.54
noncollinear antiferromagnet
≤ 291 K (18 °C)

P_c 21/c

BNS 14.84 · point group 2/m1′ · 1 structure

noncollinear antiferromagnet ×1

CuSe₂O₅ 1.2
noncollinear antiferromagnet
≤ 17 K (−256 °C)

C 2/c

BNS 15.85 · point group 2/m · 13 structures

altermagnet ×6noncoplanar ferrimagnet ×4s-wave compensated ferrimagnet ×2noncollinear ferrimagnet ×1

NiCO₃ 0.113
altermagnet
≤ 30 K (−243 °C)

CoCO₃ 0.114
altermagnet
≤ 18 K (−255 °C)

MnCO₃ 0.115
altermagnet
≤ 32 K (−241 °C)

BiCrO₃ 0.138
s-wave compensated ferrimagnet
≤ 114 K (−159 °C)

Sr₂CoOsO₆ 0.210
altermagnet
≤ 108 K (−165 °C)

BaMn₂Si₂O₇ 0.428
s-wave compensated ferrimagnet
≤ 26 K (−247 °C)

Cr₂F₅ 0.576
noncoplanar ferrimagnet
≤ 40 K (−233 °C)

Ba₃CoIr₂O₉ 0.747
altermagnet
≤ 107 K (−166 °C)

Cr₇Te₈ 0.1132
noncollinear ferrimagnet
≤ 220 K (−53 °C)

La_0.33Sr_0.67FeO₃ 1.0.16
altermagnet
≤ 200 K (−73 °C)

Nd_0.333Sr_0.667FeO₃ 1.0.55
noncoplanar ferrimagnet
≤ 145 K (−128 °C)

Pr_0.333Sr_0.667FeO₃ 1.0.56
noncoplanar ferrimagnet
≤ 186 K (−87 °C)

Mn₃As₂ 2.59
noncoplanar ferrimagnet
≤ 225 K (−48 °C)

C 2/c1

BNS 15.85 · point group 2/m1 · 1 structure

noncollinear ferrimagnet ×1

Nd₁Pt₁₆Al₃ 0.1043
noncollinear ferrimagnet
≤ 1.2 K (−272 °C)

C 2′/c

BNS 15.87 · point group 2′/m · 15 structures

antiferromagnet ×10noncoplanar magnet ×4noncollinear antiferromagnet ×1

Cr₂O₃ 0.110
antiferromagnet
≤ 307.6 K (34 °C)

Co₃TeO₆ 0.145
noncoplanar magnet
≤ 21.1 K (−252 °C)

CaMnGe₂O₆ 0.156
antiferromagnet
≤ 15 K (−258 °C)

Cs₂FeCl₅.D₂O 0.252
antiferromagnet
≤ 6.6 K (−267 °C)

MnGeO₃ 0.312
antiferromagnet
≤ 35.1 K (−238 °C)

DyCrO₄ 0.372
antiferromagnet
≤ 19 K (−254 °C)

Cs₂[FeCl₅(H₂O)] 0.476
antiferromagnet
≤ 6.4 K (−267 °C)

Co₄Ta₂O₉ 0.511
noncollinear antiferromagnet
≤ 20 K (−253 °C)

KFeS₂ 0.633
antiferromagnet
≤ 250 K (−23 °C)

RbFeS₂ 0.636
antiferromagnet
≤ 188 K (−85 °C)

Mn₃Ta₂O₈ 0.734
antiferromagnet
≤ 23 K (−250 °C)

Co₅Te₄O₁₂Cl₂ 0.1016
noncoplanar magnet
≤ 18 K (−255 °C)

K₂Cu₃S₃O₁₃ 0.1032
noncoplanar magnet
≤ 3 K (−270 °C)

Na₁K₁Cu₃S₃O₁₃ 0.1033
noncoplanar magnet
≤ 4.7 K (−268 °C)

Cu_0.94Zn_0.06V₂O₇ 0.1079
antiferromagnet
≤ 26 K (−247 °C)

C 2/c′

BNS 15.88 · point group 2/m′ · 13 structures

antiferromagnet ×9noncollinear antiferromagnet ×3noncoplanar magnet ×1

Co₄Nb₂O₉ 0.196
antiferromagnet
≤ 27.2 K (−246 °C)

Co₄Nb₂O₉ 0.197
noncollinear antiferromagnet
≤ 28 K (−245 °C)

Fe₄Nb₂O₉ 0.441
noncollinear antiferromagnet
≤ 97 K (−176 °C)

Fe₄Nb₂O₉ 0.442
antiferromagnet
≤ 90 K (−183 °C)

Fe₄Nb₂O₉ 0.443
antiferromagnet
≤ 94 K (−179 °C)

Co₄Nb₂O₉ 0.529
noncollinear antiferromagnet
≤ 27 K (−246 °C)

KFeSe₂ 0.637
antiferromagnet
≤ 310 K (37 °C)

RbFeSe₂ 0.638
antiferromagnet
≤ 249 K (−24 °C)

MoP₃SiO₁₁ 0.728
antiferromagnet
≤ 6.8 K (−266 °C)

Fe₂Co₂Nb₂O₉ 0.770
antiferromagnet
≤ 58 K (−215 °C)

MoP₃SiO₁₁ 0.804
antiferromagnet
≤ 6.8 K (−266 °C)

Fe₄Nb₂O₉ 0.1143
noncoplanar magnet
≤ 87.5 K (−186 °C)

Cu₂P₂O₇ 0.1177
antiferromagnet
≤ 24.9 K (−248 °C)

C 2′/c′

BNS 15.89 · point group 2′/m′ · 37 structures

noncollinear ferrimagnet ×10altermagnet ×10noncoplanar ferrimagnet ×8s-wave ferromagnet ×7s-wave ferrimagnet ×2

Ca₃LiOsO₆ 0.3
altermagnet
≤ 117.1 K (−156 °C)

Fe₂O₃-alpha 0.65
altermagnet
≤ 955 K (682 °C)

FeBO₃ 0.112
altermagnet
≤ 348 K (75 °C)

FeSO₄F 0.128
altermagnet
≤ 100 K (−173 °C)

Pr₃Ru₄Al₁₂ 0.174
noncollinear ferrimagnet
≤ 7 K (−266 °C)

Mn₃Ti₂Te₆ 0.176
s-wave ferrimagnet
≤ 78 K (−195 °C)

NdCo₂ 0.226
s-wave ferromagnet
≤ 42 K (−231 °C)

Ca₃LiRuO₆ 0.239
altermagnet
≤ 117 K (−156 °C)

Fe₁Co₁O₁₂N₁C₈H₁₄ 0.250
noncoplanar ferrimagnet
≤ 32 K (−241 °C)

(NH₂(CH₃)₂)(FeMn(HCOO)₆) 0.251
noncoplanar ferrimagnet
≤ 35 K (−238 °C)

NaCrGe₂O₆ 0.297
s-wave ferromagnet
≤ 6 K (−267 °C)

Na₂BaFe(VO₄)₂ 0.298
noncollinear ferrimagnet
≤ 7 K (−266 °C)

FeF₃ 0.335
altermagnet

Sr₃LiRuO₆ 0.361
altermagnet
≤ 90 K (−183 °C)

Mn₃Si₂Te₆ 0.397
s-wave ferrimagnet
≤ 78 K (−195 °C)

Sr₃NaRuO₆ 0.404
altermagnet
≤ 70 K (−203 °C)

Ho(Co_0.667Ga_0.333)₂ 0.493
s-wave ferromagnet
≤ 31 K (−242 °C)

FeF₃ 0.581
altermagnet
≤ 394 K (121 °C)

Fe₂F₅(H₂O)₂ 0.584
noncoplanar ferrimagnet
≤ 26 K (−247 °C)

NdPt 0.690
s-wave ferromagnet
≤ 23 K (−250 °C)

FeHSO₅ 0.760
altermagnet
≤ 125 K (−148 °C)

Mn₅P₄O₂₀H₁₀ 0.763
noncoplanar ferrimagnet
≤ 6.2 K (−267 °C)

Mn₅P₄O₂₀H₁₀ 0.764
noncoplanar ferrimagnet
≤ 6.2 K (−267 °C)

Mn₅P₄O₂₀H₁₀ 0.765
noncoplanar ferrimagnet
≤ 6.2 K (−267 °C)

CuCr₂O₄ 0.891
noncollinear ferrimagnet
≤ 135 K (−138 °C)

Ni_0.85Cu_0.15Cr₂O₄ 0.894
noncollinear ferrimagnet
≤ 85 K (−188 °C)

Mn₃Si₂Te₆ 0.958
noncoplanar ferrimagnet
≤ 78 K (−195 °C)

Mn₃Si₂Te₆ 0.1026
noncollinear ferrimagnet
≤ 78 K (−195 °C)

Nd₁Ga₁ 0.1098
s-wave ferromagnet
≤ 20 K (−253 °C)

Sc₁Fe₂ 0.1150
s-wave ferromagnet
≤ 530 K (257 °C)

CuCoFe₂O₅ 0.1191
noncoplanar ferrimagnet
≤ 77 K (−196 °C)

NdNi 0.1198
s-wave ferromagnet
≤ 13 K (−260 °C)

CoGeO₃ 1.0.50
noncollinear ferrimagnet
≤ 33.5 K (−240 °C)

HoP 2.10
noncollinear ferrimagnet
≤ 5.5 K (−268 °C)

GdMg 2.70
noncollinear ferrimagnet
≤ 110 K (−163 °C)

Ho₁P₁ 2.100
noncollinear ferrimagnet
≤ 4.8 K (−268 °C)

Cr₇Te₈ 3.30
noncollinear ferrimagnet
≤ 70 K (−203 °C)

C_c 2/c

BNS 15.90 · point group 2/m1′ · 41 structures

antiferromagnet ×32noncollinear antiferromagnet ×7noncoplanar magnet ×2

NiO 1.6
antiferromagnet
≤ 523 K (250 °C)

Ho₂BaNiO₅ 1.14
noncollinear antiferromagnet
≤ 53 K (−220 °C)

Er₂BaNiO₅ 1.15
noncollinear antiferromagnet
≤ 33 K (−240 °C)

CoV₂O₆-alpha 1.17
antiferromagnet
≤ 14 K (−259 °C)

MnO 1.31
antiferromagnet
≤ 120 K (−153 °C)

Dy₂BaNiO₅ 1.36
noncollinear antiferromagnet

Ag₂NiO₂ 1.49
antiferromagnet
≤ 56 K (−217 °C)

Er₂BaNiO₅ 1.53
antiferromagnet

CoO 1.69
antiferromagnet
≤ 290 K (17 °C)

CoV₂O₆ 1.70
antiferromagnet
≤ 15 K (−258 °C)

Sr₂CoOsO₆ 1.72
antiferromagnet
≤ 108 K (−165 °C)

Dy₃Ru₄Al₁₂ 1.115
noncoplanar magnet
≤ 7 K (−266 °C)

Sr₂CuTeO₆ 1.168
antiferromagnet
≤ 29 K (−244 °C)

CrReO₄ 1.202
noncollinear antiferromagnet
≤ 98 K (−175 °C)

CoBr₂ 1.245
antiferromagnet
≤ 19 K (−254 °C)

CoCl₂ 1.246
antiferromagnet
≤ 25 K (−248 °C)

NiCl₂ 1.247
antiferromagnet
≤ 52 K (−221 °C)

NiBr₂ 1.248
antiferromagnet
≤ 52 K (−221 °C)

Fe_0.48TiSe₂ 1.268
antiferromagnet
≤ 130 K (−143 °C)

Fe_0.48TiSe₂ 1.269
antiferromagnet
≤ 130 K (−143 °C)

Fe_0.25TiSe₂ 1.270
antiferromagnet
≤ 75 K (−198 °C)

NdNi₂B₂C 1.293
antiferromagnet
≤ 4.9 K (−268 °C)

Dy₃Ru₄Al₁₂ 1.303
noncoplanar magnet
≤ 7 K (−266 °C)

La_0.25Pr_0.75Co₂P₂ 1.317
noncollinear antiferromagnet
≤ 27 K (−246 °C)

Ba₂Co₉O₁₄ 1.343
noncollinear antiferromagnet
≤ 41 K (−232 °C)

CuFeO₂ 1.348
antiferromagnet
≤ 16 K (−257 °C)

Nd₂BaCoO₅ 1.350
noncollinear antiferromagnet
≤ 24 K (−249 °C)

DyGe 1.361
antiferromagnet
≤ 37 K (−236 °C)

Pu₂O₃ 1.367
antiferromagnet
≤ 19 K (−254 °C)

Tb₂O₂S 1.416
antiferromagnet
≤ 6 K (−267 °C)

Tb₂O₂Se 1.417
antiferromagnet
≤ 7 K (−266 °C)

UCr₂Si₂ 1.470
antiferromagnet
≤ 30 K (−243 °C)

CoO 1.618
antiferromagnet
≤ 290 K (17 °C)

KCeS₂ 1.627
antiferromagnet
≤ 0.4 K (−273 °C)

DyGa₃ 1.658
antiferromagnet
≤ 7.2 K (−266 °C)

Ba₂Mn₁W₁O₆ 1.707
antiferromagnet
≤ 8 K (−265 °C)

Ho₁Bi₁ 1.753
antiferromagnet
≤ 5.7 K (−267 °C)

Mn₁O₁ 1.799
antiferromagnet
≤ 115 K (−158 °C)

Ni₁O₁ 1.800
antiferromagnet
≤ 525 K (252 °C)

Nd₁Zn₁P₁O₁ 1.826
antiferromagnet
≤ 1.6 K (−272 °C)

Dy₁Ni₁Al₁Ge₂ 1.868
antiferromagnet
≤ 9 K (−264 °C)

C_c2/c

BNS 15.90 · 6 structures

antiferromagnet ×4noncollinear antiferromagnet ×2

FeI₂ 1.209
antiferromagnet
≤ 9.3 K (−264 °C)

Dy₂O₂S 1.211
antiferromagnet
≤ 5.8 K (−267 °C)

Dy₂O₂Se 1.212
antiferromagnet
≤ 8.5 K (−265 °C)

Yb₂O₂Se 1.214
antiferromagnet

Nd₂BaNiO₅ 1.216
noncollinear antiferromagnet
≤ 48 K (−225 °C)

Tb₂BaNiO₅ 1.217
noncollinear antiferromagnet
≤ 65 K (−208 °C)

C_a 2/c

BNS 15.91 · 9 structures

antiferromagnet ×4noncoplanar magnet ×4noncollinear antiferromagnet ×1

VOCl 1.37
antiferromagnet
≤ 80 K (−193 °C)

MnWO₄ 1.61
antiferromagnet
≤ 8 K (−265 °C)

CuFeO₂ 1.347
antiferromagnet
≤ 10 K (−263 °C)

HoSi 1.448
antiferromagnet
≤ 16.5 K (−257 °C)

V₃O₅ 1.792
noncollinear antiferromagnet
≤ 76 K (−197 °C)

Ba₄Ce₁Mn₃O₁₂ 1.815
noncoplanar magnet
≤ 7.8 K (−265 °C)

Ba₄Pr₁Mn₃O₁₂ 1.816
noncoplanar magnet
≤ 12.2 K (−261 °C)

Ba₄Pr₁Mn₃O₁₂ 1.817
noncoplanar magnet
≤ 12.2 K (−261 °C)

Ca₃CuNi₂(PO₄)₄ 2.9
noncoplanar magnet
≤ 20 K (−253 °C)

P_c 2 2 2₁

BNS 17.12 · point group 2221′ · 1 structure

p-wave magnet ×1

TbC₂ 1.533
p-wave magnet
≤ 66 K (−207 °C)

P 21 21′ 2′

BNS 18.19 · point group 2 2′ 2′ · 1 structure

noncollinear ferrimagnet ×1

Eu₂MnSi₂O₇ 0.1156
noncollinear ferrimagnet
≤ 10.6 K (−263 °C)

P 2₁ 2₁′ 2′

BNS 18.19 · point group 2′2′2 · 2 structures

noncoplanar ferrimagnet ×1noncollinear ferrimagnet ×1

Er₂Be₂Ge₁O₇ 0.1129
noncoplanar ferrimagnet
≤ 0.9 K (−272 °C)

Co₁Te₁Mo₁O₆ 0.1138
noncollinear ferrimagnet
≤ 24.8 K (−248 °C)

P 2₁2₁′2′

BNS 18.19 · 1 structure

s-wave ferrimagnet ×1

Ca₂CoSi₂O₇ 0.175
s-wave ferrimagnet
≤ 5.7 K (−267 °C)

P_c 2₁ 2₁ 2

BNS 18.21 · 2 structures

antiferromagnet ×2

Fe_0.967Nb₃S₆ 1.589
antiferromagnet

Fe_0.35Nb₁Se₂ 1.677
antiferromagnet
≤ 45 K (−228 °C)

P_B 2₁ 2₁ 2

BNS 18.22 · point group 2221′ · 1 structure

noncoplanar magnet ×1

Tb₃Nb₁O₇ 1.801
noncoplanar magnet
≤ 2 K (−271 °C)

P_B 2₁2₁2

BNS 18.22 · 2 structures

antiferromagnet ×2

AgNiO₂ 1.50
antiferromagnet
≤ 20 K (−253 °C)

CoNb₃S₆ 1.349
antiferromagnet
≤ 25 K (−248 °C)

P 2₁ 2₁ 2₁

BNS 19.25 · 1 structure

noncoplanar magnet ×1

SrCo(VO₄)(OH) 0.287
noncoplanar magnet
≤ 10 K (−263 °C)

P 2₁2₁2₁

BNS 19.25 · point group 222 · 2 structures

noncollinear antiferromagnet ×2

DyFeO₃ 0.10
noncollinear antiferromagnet
≤ 4 K (−269 °C)

FePO₄ 0.17
noncollinear antiferromagnet
≤ 125 K (−148 °C)

P 2₁′ 2₁′ 2₁

BNS 19.27 · 2 structures

d-wave altermagnet ×1noncollinear antiferromagnet ×1

BaCrF₅ 0.303
d-wave altermagnet
≤ 3.4 K (−270 °C)

TbFeO₃ 0.353
noncollinear antiferromagnet
≤ 3.1 K (−270 °C)

P 2₁′2₁′2₁

BNS 19.27 · point group 2′2′2 · 2 structures

noncollinear antiferromagnet ×2

Cu₃Mo₂O₉ 0.129
noncollinear antiferromagnet
≤ 9.5 K (−264 °C)

C₇H₁₄Cl₄FeN 0.851
noncollinear antiferromagnet
≤ 3 K (−270 °C)

P_c 2₁ 2₁ 2₁

BNS 19.28 · point group 2221′ · 5 structures

p-wave magnet ×4antiferromagnet ×1

FeNb₂O₆ 1.655
antiferromagnet
< 25 K (−248 °C)

Pr₂Pd₁Al₇Ge₄ 1.757
p-wave magnet
≤ 6 K (−267 °C)

Pr₂Pd₁Al₇Ge₄ 1.772
p-wave magnet
≤ 6 K (−267 °C)

Sr₂Mn₁Si₂O₇ 1.823
p-wave magnet

Co₁Te₁Mo₁O₆ 1.854
p-wave magnet
≤ 24 K (−249 °C)

P_c2₁2₁2₁

BNS 19.28 · 1 structure

p-wave magnet ×1

CoNb₂O₆ 1.224
p-wave magnet
≤ 2 K (−271 °C)

P_C 2₁ 2₁ 2₁

BNS 19.29 · point group 2221′ · 2 structures

p-wave magnet ×1antiferromagnet ×1

Na₂Co₂TeO₆ 1.645
p-wave magnet
≤ 25 K (−248 °C)

Fe_0.32Nb₁Se₂ 1.676
antiferromagnet
≤ 45 K (−228 °C)

P_C 2₁2₁2₁

BNS 19.29 · point group 2221′ · 1 structure

antiferromagnet ×1

Na₂Co₂TeO₆ 1.184
antiferromagnet
≤ 27 K (−246 °C)

P_I 2₁ 2₁ 2₁

BNS 19.30 · point group 2221′ · 1 structure

p-wave magnet ×1

Ni₁Cr₂O₄ 1.688
p-wave magnet

C 2′ 2′ 2₁

BNS 20.33 · 2 structures

g-wave altermagnet ×1noncollinear antiferromagnet ×1

VNb₃S₆ 0.712
g-wave altermagnet
≤ 50 K (−223 °C)

EuIn₂As₂ 1.0.31
noncollinear antiferromagnet
≤ 16.2 K (−257 °C)

C 2′2′2₁

BNS 20.33 · 1 structure

noncollinear antiferromagnet ×1

VNb₃S₆ 2.72
noncollinear antiferromagnet
≤ 50 K (−223 °C)

C 2 2′ 2₁′

BNS 20.34 · point group 2′2′2 · 5 structures

d-wave altermagnet ×2noncollinear antiferromagnet ×2s-wave ferromagnet ×1

MnNb₃S₆ 0.710
s-wave ferromagnet

Sr₁Mn₁O₃ 0.1018
d-wave altermagnet
≤ 278 K (5 °C)

Sr₁Mn₁O₃ 0.1019
d-wave altermagnet
≤ 278 K (5 °C)

RbNiCl₃ 1.0.41
noncollinear antiferromagnet
≤ 11 K (−262 °C)

CsNiCl₃ 1.0.42
noncollinear antiferromagnet
≤ 4.5 K (−269 °C)

C 22′2₁′

BNS 20.34 · point group 2′2′2 · 1 structure

noncollinear antiferromagnet ×1

CsNiCl₃ 1.0.4
noncollinear antiferromagnet
≤ 4.9 K (−268 °C)

C_a 2 2 2₁

BNS 20.36 · point group 2221′ · 1 structure

noncoplanar magnet ×1

Tb₃Nb₁O₇ 2.108
noncoplanar magnet
≤ 3.2 K (−270 °C)

C_A 2 2 2₁

BNS 20.37 · point group 2221′ · 1 structure

antiferromagnet ×1

Ni₁Cr₂O₄ 1.685
antiferromagnet
≤ 24 K (−249 °C)

C_A 222₁

BNS 20.37 · point group 2221′ · 3 structures

p-wave magnet ×2noncoplanar magnet ×1

MgV₂O₄ 1.138
noncoplanar magnet
≤ 42 K (−231 °C)

DyBe₁₃ 1.517
p-wave magnet
≤ 10 K (−263 °C)

TbBe₁₃ 1.518
p-wave magnet
≤ 8.5 K (−265 °C)

I_c 2 2 2

BNS 23.52 · point group 2221′ · 1 structure

antiferromagnet ×1

Zn₁Fe₂O₄ 1.761
antiferromagnet
≤ 10.6 K (−263 °C)

I_c 2₁c2₁c2₁

BNS 24.56 · point group 2221′ · 1 structure

antiferromagnet ×1

Ho₁In₁Cu₄ 1.700
antiferromagnet
≤ 0.8 K (−272 °C)

P 21 a m

BNS 26.1.168 · point group mm21 · 1 structure

d-wave altermagnet ×1

NdBaMn₂⁢O₆ 0.1183
d-wave altermagnet
≤ 235 K (−38 °C)

P m c 2₁

BNS 26.66 · 2 structures

noncollinear antiferromagnet ×1noncoplanar magnet ×1

FeSb₂O₄ 0.97
noncoplanar magnet

FePbBiO₄ 0.214
noncollinear antiferromagnet
≤ 24 K (−249 °C)

P m′ c 21′

BNS 26.68 · point group m′m2′ · 1 structure

d-wave altermagnet ×1

Pb₂Mn_0.6Co_0.4WO₆ 2.17
d-wave altermagnet
≤ 9 K (−264 °C)

P m′ c 2₁′

BNS 26.68 · point group m′m2′ · 2 structures

noncollinear antiferromagnet ×1noncollinear ferrimagnet ×1

Cu₃Mo₂O₉ 0.130
noncollinear antiferromagnet
≤ 7.9 K (−265 °C)

Fe₃BO₅ 0.387
noncollinear ferrimagnet
≤ 70 K (−203 °C)

P m c′ 2₁′

BNS 26.69 · point group m′m2′ · 1 structure

d-wave altermagnet ×1

Pr₁Ba₁Mn₂O₆ 0.1059
d-wave altermagnet
≤ 240 K (−33 °C)

P m′ c′ 2₁

BNS 26.70 · point group m′m′2 · 1 structure

noncollinear antiferromagnet ×1

Tm₁Mn₂Ge₂ 2.94
noncollinear antiferromagnet
≤ 8.5 K (−265 °C)

P_b m c 2₁

BNS 26.72 · point group mm21′ · 4 structures

p-wave magnet ×2antiferromagnet ×2

La_0.375Ca_0.625MnO₃ 1.173
p-wave magnet
≤ 150 K (−123 °C)

La_0.333Ca_0.667MnO₃ 1.174
p-wave magnet
≤ 140 K (−133 °C)

SmMn₂O₅ 1.192
antiferromagnet
≤ 28 K (−245 °C)

Tb₅Pd₂In₄ 1.697
antiferromagnet
≤ 60 K (−213 °C)

P_c m c 2₁

BNS 26.73 · 1 structure

antiferromagnet ×1

Nd₂Pd₂In 1.335
antiferromagnet
≤ 8 K (−265 °C)

P_A m c 2₁

BNS 26.74 · point group mm21′ · 1 structure

antiferromagnet ×1

Ho₂RhSi₃ 1.897
antiferromagnet
≤ 5.2 K (−268 °C)

P_C m c 2₁

BNS 26.76 · point group mm21′ · 1 structure

antiferromagnet ×1

Ba₆Nd₂Fe₄O₁₅ 1.867
antiferromagnet
≤ 17 K (−256 °C)

P_c c c 2

BNS 27.82 · point group mm21′ · 1 structure

p-wave magnet ×1

DyFe₄Ge₂ 1.98
p-wave magnet
≤ 55 K (−218 °C)

P_A c c 2

BNS 27.85 · 1 structure

antiferromagnet ×1

PrFeAsO 1.586
antiferromagnet
≤ 21 K (−252 °C)

P c a 2₁

BNS 29.99 · point group mm2 · 1 structure

noncollinear antiferromagnet ×1

Bi₂Ni₁O₂F₄ 0.1153
noncollinear antiferromagnet
≤ 45 K (−228 °C)

P c′ a 2₁′

BNS 29.101 · point group m′m2′ · 6 structures

noncollinear antiferromagnet ×2noncoplanar magnet ×2d-wave altermagnet ×1noncollinear ferrimagnet ×1

Ni₃B₇O₁₃Cl 0.133
noncollinear antiferromagnet
≤ 9 K (−264 °C)

Mn₃B₇O₁₃I 0.134
noncollinear antiferromagnet
≤ 26 K (−247 °C)

Ni₃B₇O₁₃Br 0.135
noncoplanar magnet
≤ 30 K (−243 °C)

Co₃B₇O₁₃Br 0.136
noncoplanar magnet
≤ 17.5 K (−256 °C)

C₃H₆MnO₆ 0.1060
d-wave altermagnet
≤ 2.7 K (−270 °C)

Tb₁Fe₆Ge₆ 2.112
noncollinear ferrimagnet
≤ 9 K (−264 °C)

P c a′ 2₁′

BNS 29.102 · 1 structure

d-wave altermagnet ×1

MnSe₂ 1.0.48
d-wave altermagnet
≤ 49 K (−224 °C)

P c′ a′ 2₁

BNS 29.103 · point group m′m′2 · 1 structure

noncollinear ferrimagnet ×1

Bi₂Co₁O₂F₄ 0.1152
noncollinear ferrimagnet

P_a c a 2₁

BNS 29.104 · point group mm21′ · 7 structures

p-wave magnet ×5noncoplanar magnet ×2

PrMn₂O₅ 1.19
p-wave magnet
≤ 25 K (−248 °C)

GdMn₂O₅ 1.54
p-wave magnet
≤ 26 K (−247 °C)

DyMn₂O₅ 1.76
p-wave magnet
≤ 40 K (−233 °C)

GdMn₂O₅ 1.299
noncoplanar magnet
≤ 33 K (−240 °C)

GdMn₂O₅ 1.300
noncoplanar magnet
≤ 33 K (−240 °C)

DyMn₂O₅ 1.324
p-wave magnet
≤ 8.4 K (−265 °C)

“Gd₂ 1.443
p-wave magnet
≤ 6 K (−267 °C)

P_b c a 2₁

BNS 29.105 · point group mm21′ · 2 structures

antiferromagnet ×2

MnS₂ 1.18
antiferromagnet
≤ 48.2 K (−225 °C)

BaCoF₄ 1.439
antiferromagnet
≤ 69.6 K (−204 °C)

P_C c a 2₁

BNS 29.109 · 3 structures

antiferromagnet ×3

CaOFeS 1.472
antiferromagnet
≤ 40 K (−233 °C)

Ba₁Fe₂O₄ 1.754
antiferromagnet
≤ 890.5 K (617 °C)

Ca₃Ru₂O₇ 1.794
antiferromagnet
≤ 60 K (−213 °C)

P_I c a 2₁

BNS 29.110 · point group mm21′ · 3 structures

antiferromagnet ×2p-wave magnet ×1

SrCo₂V₂O₈ 1.71
antiferromagnet
≤ 5.2 K (−268 °C)

MnCl₂C₂O₂N₄H₈ 1.659
antiferromagnet
≤ 3 K (−270 °C)

Pb₁Co₂V₂O₈ 1.824
p-wave magnet
≤ 4 K (−269 °C)

P n′ c 2′

BNS 30.113 · point group m′m2′ · 1 structure

noncollinear antiferromagnet ×1

Fe₂WO₆ 0.812
noncollinear antiferromagnet

P_I n c 2

BNS 30.122 · point group mm21′ · 1 structure

antiferromagnet ×1

Sr₂Co₂O₅ 0.799
antiferromagnet
≤ 537 K (264 °C)

P m n 211

BNS 31.123 · point group mm21 · 1 structure

noncoplanar magnet ×1

Fe₂SiSe₄ 2.119
noncoplanar magnet
≤ 50 K (−223 °C)

P m n 2₁

BNS 31.123 · 2 structures

noncollinear antiferromagnet ×1noncoplanar magnet ×1

LaCa₂Fe₃O₉ 1.0.30
noncollinear antiferromagnet
≤ 230 K (−43 °C)

Pb₂MnWO₆ 2.38
noncoplanar magnet
≤ 7 K (−266 °C)

P m′ n 2₁′

BNS 31.125 · point group m′m2′ · 1 structure

noncollinear antiferromagnet ×1

NbMnP 0.803
noncollinear antiferromagnet
≤ 233 K (−40 °C)

P m′ n′ 2₁

BNS 31.127 · 2 structures

noncollinear ferrimagnet ×1noncoplanar magnet ×1

EuMnBi₂ 2.51
noncollinear ferrimagnet
≤ 19 K (−254 °C)

TbCrO₃ 2.62
noncoplanar magnet
≤ 3.1 K (−270 °C)

P_b m n 2₁

BNS 31.129 · point group mm21′ · 6 structures

antiferromagnet ×4p-wave magnet ×2

HoMnO₃ 1.20
antiferromagnet
≤ 29 K (−244 °C)

LuMnO₃ 1.101
antiferromagnet
≤ 40 K (−233 °C)

La_0.333Ca_0.667MnO₃ 1.175
p-wave magnet
≤ 170 K (−103 °C)

LuMnO₃ 1.340
p-wave magnet
≤ 35.5 K (−238 °C)

TmMnO₃ 1.341
antiferromagnet
≤ 32 K (−241 °C)

Na₂CuSO₄Cl₂ 1.682
antiferromagnet
≤ 0.5 K (−273 °C)

P_I m n 2₁

BNS 31.134 · point group mm21′ · 1 structure

p-wave magnet ×1

GdCu₂ 1.904
p-wave magnet
≤ 42 K (−231 °C)

Pb′a2′

BNS 32.137 · 1 structure

noncollinear ferrimagnet ×1

KMnFeF₆ 0.183
noncollinear ferrimagnet
≤ 148 K (−125 °C)

P n a 2₁

BNS 33.144 · point group mm2 · 6 structures

d-wave altermagnet ×3noncoplanar magnet ×2noncollinear antiferromagnet ×1

Er₂Cu₂O₅ 0.240
noncoplanar magnet
≤ 28 K (−245 °C)

Y₂Cu₂O₅ 0.241
d-wave altermagnet
≤ 13 K (−260 °C)

[C(ND₂)₃]Cu(DCOO)₃ 0.254
d-wave altermagnet

HoCrWO₆ 0.715
noncoplanar magnet
≤ 24.5 K (−249 °C)

HoCrWO₆ 0.716
noncollinear antiferromagnet
≤ 24.5 K (−249 °C)

Cr₁Lu₁O₆W₁ 0.1082
d-wave altermagnet
≤ 19.2 K (−254 °C)

P n′ a 2₁′

BNS 33.146 · point group m′m2′ · 5 structures

d-wave altermagnet ×2noncoplanar ferrimagnet ×2noncollinear antiferromagnet ×1

Na₂CoP₂O₇ 0.425
noncollinear antiferromagnet
≤ 6.5 K (−267 °C)

Ho₁V₁O₃ 0.853
noncoplanar ferrimagnet
≤ 38 K (−235 °C)

Mn₁Ge₁N₂ 0.1065
d-wave altermagnet
≤ 448 K (175 °C)

Mn₁Si₁N₂ 0.1066
d-wave altermagnet
≤ 453 K (180 °C)

Na₁Co₂Se₁O₇H₁ 2.91
noncoplanar ferrimagnet
≤ 6 K (−267 °C)

P n a′ 2₁′

BNS 33.147 · 4 structures

s-wave compensated ferrimagnet ×2s-wave ferrimagnet ×1noncollinear ferrimagnet ×1

GaFeO₃ 0.38
s-wave ferrimagnet
≤ 200 K (−73 °C)

CaBaCo₄O₇ 0.46
noncollinear ferrimagnet
≤ 70 K (−203 °C)

Fe₂O₃ 0.299
s-wave compensated ferrimagnet
≤ 850 K (577 °C)

Fe₂O₃ 0.300
s-wave compensated ferrimagnet
≤ 500 K (227 °C)

P n′ a′ 2₁

BNS 33.148 · point group m′m′2 · 7 structures

noncollinear ferrimagnet ×5d-wave altermagnet ×1noncollinear antiferromagnet ×1

DyFeO₃ 0.11
noncollinear ferrimagnet
≤ 4 K (−269 °C)

Tm₂Cu₂O₅ 0.242
noncollinear ferrimagnet
≤ 17 K (−256 °C)

[C(ND₂)₃]Cu(DCOO)₃ 0.255
d-wave altermagnet

SrMnSb₂ 0.768
noncollinear ferrimagnet
≤ 304 K (31 °C)

CaBaFe₄O₇ 0.831
noncollinear ferrimagnet
≤ 274 K (1 °C)

Ca₁Ba₁Fe₄O₇ 0.1009
noncollinear ferrimagnet
≤ 274 K (1 °C)

CaBaCo₃FeO₇ 1.0.25
noncollinear antiferromagnet
≤ 150 K (−123 °C)

P_a n a 2₁

BNS 33.149 · 2 structures

p-wave magnet ×1antiferromagnet ×1

GeV₄S₈ 1.86
antiferromagnet
≤ 13 K (−260 °C)

Er₂Pt 1.444
p-wave magnet
≤ 9 K (−264 °C)

P_b n a 2₁

BNS 33.150 · 1 structure

antiferromagnet ×1

BaCdVO(PO₄)₂ 1.298
antiferromagnet
≤ 1 K (−272 °C)

P_C n a 2₁

BNS 33.154 · 8 structures

antiferromagnet ×6p-wave magnet ×2

ErAuGe 1.33
antiferromagnet
≤ 5 K (−268 °C)

HoAuGe 1.34
p-wave magnet
≤ 6 K (−267 °C)

Ca₃Ru₂O₇ 1.263
antiferromagnet
≤ 56 K (−217 °C)

GdCuSn 1.504
antiferromagnet
≤ 24 K (−249 °C)

GdAgSn 1.505
antiferromagnet
≤ 34 K (−239 °C)

GdAuSn 1.506
antiferromagnet
≤ 35 K (−238 °C)

Ni₂Mo₃O₈ 1.768
p-wave magnet
≤ 5 K (−268 °C)

Ca₃Ru₂O₇ 1.793
antiferromagnet
≤ 46.7 K (−226 °C)

C m′ m 2′

BNS 35.167 · point group m′m2′ · 2 structures

noncollinear antiferromagnet ×1g-wave altermagnet ×1

Ba₂CoGe₂O₇ 0.56
g-wave altermagnet
≤ 6.7 K (−266 °C)

Ce₂CoAl₇Ge₄ 0.1173
noncollinear antiferromagnet
≤ 1.9 K (−271 °C)

C m c 2₁

BNS 36.172 · 1 structure

d-wave altermagnet ×1

ErGe_1.83 0.344
d-wave altermagnet
≤ 6 K (−267 °C)

C m′ c 2₁′

BNS 36.174 · point group m′m2′ · 8 structures

noncollinear antiferromagnet ×5d-wave altermagnet ×2noncollinear ferrimagnet ×1

Ca₃Mn₂O₇ 0.23
d-wave altermagnet
≤ 110 K (−163 °C)

Fe₄O₅ 0.999
d-wave altermagnet
≤ 320 K (47 °C)

Nd₁Ga₁D_0.9 0.1099
noncollinear ferrimagnet
≤ 5 K (−268 °C)

CsCoBr₃ 1.0.3
noncollinear antiferromagnet
≤ 10 K (−263 °C)

RbNiCl₃ 1.0.34
noncollinear antiferromagnet
≤ 11.2 K (−262 °C)

CsMnI₃ 1.0.36
noncollinear antiferromagnet
≤ 11.1 K (−262 °C)

CsMnI₃ 1.0.37
noncollinear antiferromagnet
≤ 11.1 K (−262 °C)

Ba₃CoSb₂O₉ 1.0.44
noncollinear antiferromagnet
≤ 3.8 K (−269 °C)

C m c′ 2₁′

BNS 36.175 · point group m′m2′ · 2 structures

s-wave ferromagnet ×2

CeAuGe 0.832
s-wave ferromagnet
≤ 10.2 K (−263 °C)

Ce₁Au_0.8Cu_0.2Ge₁ 0.1040
s-wave ferromagnet
≤ 7.5 K (−266 °C)

C m′ c′ 2₁

BNS 36.176 · point group m′m′2 · 2 structures

s-wave ferrimagnet ×1noncollinear ferrimagnet ×1

BaCuF₄ 0.191
noncollinear ferrimagnet
≤ 275 K (2 °C)

Mn₅Si₁C₁ 0.1119
s-wave ferrimagnet
≤ 284 K (11 °C)

C_c m c 2₁

BNS 36.177 · point group mm21′ · 2 structures

antiferromagnet ×2

Ba₂FeSi₂O₇ 1.641
antiferromagnet
≤ 5.2 K (−268 °C)

Sr₂Mn₁Si₂O₇ 1.822
antiferromagnet
≤ 3.4 K (−270 °C)

C_a m c 2₁

BNS 36.178 · 8 structures

antiferromagnet ×6p-wave magnet ×2

PrNiO₃ 1.43
antiferromagnet
≤ 135 K (−138 °C)

NdNiO₃ 1.44
p-wave magnet
≤ 200 K (−73 °C)

NdNiO₃ 1.45
antiferromagnet
≤ 200 K (−73 °C)

BiMn₂O₅ 1.74
p-wave magnet
≤ 39 K (−234 °C)

SmNiO₃ 1.353
antiferromagnet
≤ 230 K (−43 °C)

EuNiO₃ 1.354
antiferromagnet
≤ 220 K (−53 °C)

Sr₂Fe₃Se₂O₃ 1.463
antiferromagnet
≤ 92 K (−181 °C)

Sr₂Fe₃Se₂O₃ 1.626
antiferromagnet
≤ 95 K (−178 °C)

A m m′ 2′

BNS 38.190 · point group m′m2′ · 1 structure

s-wave ferrimagnet ×1

Er₁B₄ 0.1125
s-wave ferrimagnet
≤ 15.4 K (−258 °C)

A m′ m′ 2

BNS 38.191 · point group m′m′2 · 2 structures

noncollinear ferrimagnet ×1s-wave ferromagnet ×1

TmAgGe 0.26
noncollinear ferrimagnet
≤ 4.2 K (−269 °C)

Nd₁Pd₁In₁ 0.976
s-wave ferromagnet
≤ 30 K (−243 °C)

A_a m m 2

BNS 38.192 · 2 structures

noncoplanar magnet ×1antiferromagnet ×1

Dy₂Co₃Al₉ 1.267
noncoplanar magnet
≤ 3.7 K (−269 °C)

Ba₁Fe₁O_2.96 1.808
antiferromagnet
≤ 156 K (−117 °C)

A_b b m 2

BNS 39.201 · point group mm21′ · 2 structures

p-wave magnet ×1antiferromagnet ×1

TmPtIn 1.67
p-wave magnet
≤ 3.5 K (−270 °C)

Ce₁Au₁Sb₂ 1.740
antiferromagnet

A_b b a 2

BNS 41.217 · point group mm21′ · 1 structure

antiferromagnet ×1

NiTa₂O₆ 1.172
antiferromagnet
≤ 10.6 K (−263 °C)

F_S m m 2

BNS 42.223 · 3 structures

noncoplanar magnet ×2antiferromagnet ×1

YBaCuFeO₅ 1.281
antiferromagnet
≤ 446 K (173 °C)

K₄Ni₅Te₃O₁₆ 1.883
noncoplanar magnet
≤ 12 K (−261 °C)

K₄Ni₅Te₃O₁₆ 1.884
noncoplanar magnet
≤ 30 K (−243 °C)

F d d 2

BNS 43.224 · 1 structure

noncoplanar magnet ×1

Tb₃Ge₅ 0.342
noncoplanar magnet
≤ 17 K (−256 °C)

F d′ d 2′

BNS 43.226 · 1 structure

d-wave altermagnet ×1

Tb₂C₃ 0.345
d-wave altermagnet
≤ 33 K (−240 °C)

F d′ d′ 2

BNS 43.227 · point group m′m′2 · 2 structures

d-wave altermagnet ×1s-wave ferrimagnet ×1

Cu₂V₂O₇ 0.137
d-wave altermagnet
≤ 33.4 K (−240 °C)

Nd₁Al₁Ge₁ 1.0.57
s-wave ferrimagnet
≤ 4.9 K (−268 °C)

I m m 2

BNS 44.229 · 1 structure

d-wave altermagnet ×1

ZnFeF₅(H₂O)₂ 0.575
d-wave altermagnet
≤ 9 K (−264 °C)

I m′ m 2′

BNS 44.231 · 7 structures

noncollinear ferrimagnet ×7

LaMn₂Si₂ 0.473
noncollinear ferrimagnet
≤ 310 K (37 °C)

LaMn₂Si₂ 0.495
noncollinear ferrimagnet

LaMn₂Si₂ 0.496
noncollinear ferrimagnet

LaMn₂Si₂ 0.497
noncollinear ferrimagnet
≤ 310 K (37 °C)

NdMn₂Ge₂ 0.656
noncollinear ferrimagnet
≤ 330 K (57 °C)

PrMn₂Ge₂ 0.657
noncollinear ferrimagnet
≤ 330 K (57 °C)

La_0.3Y_0.7Mn₂Ge₂ 0.901
noncollinear ferrimagnet
≤ 350 K (77 °C)

I m′ m′ 2

BNS 44.232 · 1 structure

noncollinear ferrimagnet ×1

ErCr₂Si₂ 0.487
noncollinear ferrimagnet
≤ 2.4 K (−271 °C)

I_a m m 2

BNS 44.234 · point group mm21′ · 2 structures

antiferromagnet ×1p-wave magnet ×1

Na₂Ni₂TeO₆ 1.646
antiferromagnet
≤ 30 K (−243 °C)

Cs₁Cr_0.98Al_0.02F₄ 1.713
p-wave magnet
≤ 5 K (−268 °C)

I b′ a 2′

BNS 45.237 · point group m′m2′ · 2 structures

d-wave altermagnet ×2

SrMn₂V₂O₈ 0.62
d-wave altermagnet
≤ 42.2 K (−231 °C)

Ba₁Mn₂V₂O₈ 0.967
d-wave altermagnet
≤ 37 K (−236 °C)

I m′ a 2′

BNS 46.243 · point group m′m2′ · 2 structures

d-wave altermagnet ×2

BiFe_0.5Sc_0.5O₃ 0.67
d-wave altermagnet
≤ 220 K (−53 °C)

Sr₂MnGaO₅ 0.823
d-wave altermagnet
≤ 180 K (−93 °C)

I m′ a′ 2

BNS 46.245 · point group m′m′2 · 1 structure

s-wave compensated ferrimagnet ×1

Sr₂Fe₂O₅ 0.1084
s-wave compensated ferrimagnet
≤ 691.8 K (419 °C)

I_a m a 2

BNS 46.247 · point group mm21′ · 3 structures

p-wave magnet ×2antiferromagnet ×1

Cs₁Cr₁F₄ 1.709
p-wave magnet
≤ 2.8 K (−270 °C)

Cs₁Cr_0.98Al_0.02F₄ 1.712
p-wave magnet
≤ 5 K (−268 °C)

Tb₁Ni₁Al₁ 1.738
antiferromagnet
≤ 47 K (−226 °C)

P m′ m′ m

BNS 47.252 · 2 structures

d-wave altermagnet ×1s-wave ferrimagnet ×1

UCr₂Si₂C 0.499
d-wave altermagnet

Eu₃Pb₁O₁ 2.103
s-wave ferrimagnet

P n′ n′ n

BNS 48.260 · 1 structure

s-wave ferrimagnet ×1

CaCu₃Fe₂Sb₂O₁₂ 0.672
s-wave ferrimagnet
≤ 160 K (−113 °C)

P_I n n n

BNS 48.264 · point group mmm1′ · 2 structures

antiferromagnet ×2

ErFe₆Ge₆ 1.632
antiferromagnet
≤ 470 K (197 °C)

YFe₆Sn₆ 1.633
antiferromagnet
≤ 558 K (285 °C)

P c′ c m′

BNS 49.270 · point group m′m′m · 1 structure

noncollinear ferrimagnet ×1

TbMg 2.12
noncollinear ferrimagnet
≤ 81 K (−192 °C)

P_c c c m

BNS 49.273 · point group mmm1′ · 1 structure

antiferromagnet ×1

Ho₂RhIn₈ 1.139
antiferromagnet
≤ 10.4 K (−263 °C)

P_B c c m

BNS 49.274 · 1 structure

antiferromagnet ×1

Sr₂CoO₃Cl 1.389
antiferromagnet
≤ 330 K (57 °C)

P b′ a n′

BNS 50.282 · 2 structures

d-wave altermagnet ×1noncollinear ferrimagnet ×1

CeMnCoGe₄O₁₂ 0.190
d-wave altermagnet
≤ 6 K (−267 °C)

ZrCo₂Ge₄O₁₂ 0.314
noncollinear ferrimagnet
≤ 3.5 K (−270 °C)

P m m′ a′

BNS 51.295 · point group m′m′m · 1 structure

noncollinear ferrimagnet ×1

TbMg 2.11
noncollinear ferrimagnet
≤ 81 K (−192 °C)

P_a m m a

BNS 51.298 · 3 structures

antiferromagnet ×3

HoC₂ 1.534
antiferromagnet
≤ 26 K (−247 °C)

ErRh 1.575
antiferromagnet
≤ 3.3 K (−270 °C)

Th₁Cr₂Si₂C₁ 1.778
antiferromagnet
≤ 370 K (97 °C)

P_amma

BNS 51.298 · 1 structure

antiferromagnet ×1

Er₂CoGa₈ 1.222
antiferromagnet
≤ 3 K (−270 °C)

P_A m m a

BNS 51.301 · point group mmm1′ · 1 structure

antiferromagnet ×1

Ca₁Cu₁Fe₂O₅ 1.874
antiferromagnet
≤ 165 K (−108 °C)

P_B m m a

BNS 51.302 · 1 structure

antiferromagnet ×1

Pb₅Fe₃TiO₁₁Cl 0.435
antiferromagnet
≤ 450 K (177 °C)

P n′ n′ a

BNS 52.310 · 1 structure

d-wave altermagnet ×1

[C(ND₂)₃]Mn(DCOO)₃ 0.256
d-wave altermagnet
≤ 8.7 K (−264 °C)

P n′ n a′

BNS 52.312 · 1 structure

d-wave altermagnet ×1

[C(ND₂)₃]Co(DCOO)₃ 0.257
d-wave altermagnet
≤ 14 K (−259 °C)

P_b n n a

BNS 52.315 · 4 structures

antiferromagnet ×3noncollinear antiferromagnet ×1

CeCo₂Ge₄O₁₂ 1.226
noncollinear antiferromagnet
≤ 4.5 K (−269 °C)

GdFeZnGe₄O₁₂ 1.313
antiferromagnet
≤ 13.8 K (−259 °C)

CuBr(C₄H₄N₂)₂(BF₄) 1.473
antiferromagnet
≤ 3.8 K (−269 °C)

CuCl(C₄H₄N₂)₂(BF₄) 1.474
antiferromagnet
≤ 3.9 K (−269 °C)

P_B n n a

BNS 52.318 · 6 structures

antiferromagnet ×6

Ho₃Ge₄ 1.356
antiferromagnet
≤ 12 K (−261 °C)

PrMnSi₂ 1.628
antiferromagnet
≤ 34 K (−239 °C)

YFe₆Ge₆ 1.634
antiferromagnet
≤ 486 K (213 °C)

Tb₁Fe₆Ge₆ 1.812
antiferromagnet
≤ 450 K (177 °C)

Tb₁Fe₆Ge₆ 1.813
antiferromagnet

Tb₁Fe₆Ge₆ 1.814
antiferromagnet
≤ 450 K (177 °C)

P_a m n a

BNS 53.330 · point group mmm1′ · 2 structures

antiferromagnet ×2

Y₁Ba₁Co₂O₅ 1.703
antiferromagnet
≤ 220 K (−53 °C)

Ta₁Ba₁Fe₂O₅ 1.704
antiferromagnet
≤ 285 K (12 °C)

P_A m n a

BNS 53.333 · 1 structure

antiferromagnet ×1

La₂NiO₃F₂ 1.388
antiferromagnet
> 55 K (−218 °C)

P_B m n a

BNS 53.334 · point group mmm1′ · 1 structure

antiferromagnet ×1

PrAg 1.150
antiferromagnet
≤ 14 K (−259 °C)

P_C m n a

BNS 53.335 · 3 structures

antiferromagnet ×3

La₂NiO₄ 1.42
antiferromagnet
≤ 330 K (57 °C)

Nd₂NiO₄ 1.371
antiferromagnet
≤ 320 K (47 °C)

La₂CoO₄ 1.403
antiferromagnet
≤ 275 K (2 °C)

P_I m n a

BNS 53.336 · 1 structure

antiferromagnet ×1

Sr₂Fe_1.9Cr_0.1O₅ 1.410
antiferromagnet
≤ 650 K (377 °C)

P_B c c a

BNS 54.350 · 4 structures

antiferromagnet ×3noncollinear antiferromagnet ×1

NdNiMg₁₅ 1.457
antiferromagnet
≤ 9 K (−264 °C)

PrFeAsO 1.584
noncollinear antiferromagnet
≤ 14 K (−259 °C)

PrFeAsO 1.585
antiferromagnet
≤ 85 K (−188 °C)

CeRh₂Si₂ 2.30
antiferromagnet
≤ 27 K (−246 °C)

P_I c c a

BNS 54.352 · point group mmm1′ · 3 structures

antiferromagnet ×2noncollinear antiferromagnet ×1

Sr₂IrO₄ 1.3
antiferromagnet
≤ 240 K (−33 °C)

BaCo₂V₂O₈ 1.30
antiferromagnet
≤ 5 K (−268 °C)

Sr₂IrO₄ 1.77
noncollinear antiferromagnet
≤ 224 K (−49 °C)

P b a m

BNS 55.353 · 1 structure

d-wave altermagnet ×1

Fe_1.5Mn_1.5BO₅ 0.389
d-wave altermagnet
≤ 100 K (−173 °C)

P b′ a m

BNS 55.355 · point group m′mm · 3 structures

antiferromagnet ×3

DyB₄ 0.22
antiferromagnet
≤ 21 K (−252 °C)

ErB₄ 0.468
antiferromagnet
≤ 13.2 K (−260 °C)

Er₁B₄ 0.1124
antiferromagnet
≤ 15.4 K (−258 °C)

P b a m′

BNS 55.356 · point group m′mm · 1 structure

noncoplanar magnet ×1

NdCrTiO₅ 0.162
noncoplanar magnet
≤ 21 K (−252 °C)

P b′ a′ m

BNS 55.357 · point group m′m′m · 2 structures

s-wave ferromagnet ×2

Tb₅Pd₂In₄ 0.911
s-wave ferromagnet
≤ 100 K (−173 °C)

Tb₅Ni₂In₄ 0.914
s-wave ferromagnet
≤ 125 K (−148 °C)

Pb′a′m

BNS 55.357 · point group m′m′m · 1 structure

s-wave ferrimagnet ×1

Dy₅Pd₂In₄ 0.835
s-wave ferrimagnet
≤ 89 K (−184 °C)

P b′ a m′

BNS 55.358 · point group m′m′m · 3 structures

noncollinear ferrimagnet ×3

Er₅Pd₂In₄ 0.849
noncollinear ferrimagnet
≤ 16 K (−257 °C)

Er₅Pd₂In₄ 0.850
noncollinear ferrimagnet
≤ 16 K (−257 °C)

Fe₂MnBO₅ 2.43
noncollinear ferrimagnet
≤ 30 K (−243 °C)

P b′ a′ m′

BNS 55.359 · 2 structures

antiferromagnet ×1noncollinear antiferromagnet ×1

TbB₄ 0.469
antiferromagnet
≤ 43 K (−230 °C)

Ce₂Sn₁S₅ 1.0.60
noncollinear antiferromagnet
≤ 1.2 K (−272 °C)

P_c b a m

BNS 55.361 · point group mmm1′ · 4 structures

noncoplanar magnet ×2noncollinear antiferromagnet ×1antiferromagnet ×1

La_0.8Bi_0.2Mn₂O₅ 1.149
noncoplanar magnet
≤ 25 K (−248 °C)

LaMn₂O₅ 1.327
noncoplanar magnet
≤ 31 K (−242 °C)

Sr₂Mn₂O₅ 1.840
noncollinear antiferromagnet
≤ 390 K (117 °C)

Cl₄Co₁Li₂ 1.857
antiferromagnet

P_C b a m

BNS 55.363 · point group mmm1′ · 2 structures

antiferromagnet ×2

Li₂CoCl₄ 1.767
antiferromagnet
≤ 7 K (−266 °C)

Li₂Co₁Cl₄ 1.784
antiferromagnet
≤ 7 K (−266 °C)

P_I b a m

BNS 55.364 · 1 structure

antiferromagnet ×1

Tb₂Ni₃Si₅ 1.368
antiferromagnet
≤ 13 K (−260 °C)

P c′ c n

BNS 56.367 · 5 structures

noncoplanar magnet ×3antiferromagnet ×1noncollinear antiferromagnet ×1

Bi₂CuO₄ 0.695
antiferromagnet
≤ 42 K (−231 °C)

Fe₂O₇Se₂ 0.806
noncoplanar magnet
≤ 105 K (−168 °C)

Fe₂O₇Se₂ 0.807
noncoplanar magnet
≤ 105 K (−168 °C)

Fe₂O₇Se₂ 0.808
noncoplanar magnet
≤ 105 K (−168 °C)

FeGe₂ 2.68
noncollinear antiferromagnet
≤ 270 K (−3 °C)

P c′ c′ n

BNS 56.369 · point group m′m′m · 2 structures

d-wave altermagnet ×1noncollinear antiferromagnet ×1

La₂NiO₄ 0.45
d-wave altermagnet
≤ 80 K (−193 °C)

Y₂SrCuFeO_6.5 2.47
noncollinear antiferromagnet
≤ 255 K (−18 °C)

P_b c c n

BNS 56.372 · point group mmm1′ · 1 structure

noncollinear antiferromagnet ×1

CsCoCl₃(D₂O)₂ 1.99
noncollinear antiferromagnet
≤ 3.4 K (−270 °C)

P_c c c n

BNS 56.373 · point group mmm1′ · 2 structures

noncollinear antiferromagnet ×2

Cu₃Bi(SeO₃)₂O₂Br 1.122
noncollinear antiferromagnet
≤ 27.4 K (−246 °C)

Cu₃Y(SeO₃)₂O₂Cl 1.123
noncollinear antiferromagnet
≤ 35 K (−238 °C)

′P_A c c n′

BNS 56.374 · point group mmm1′ · 1 structure

antiferromagnet ×1

La₂CuO₄ 1.23
antiferromagnet
≤ 50 K (−223 °C)

P_A c c n

BNS 56.374 · point group mmm1′ · 4 structures

antiferromagnet ×3noncollinear antiferromagnet ×1

Gd₂CuO₄ 1.105
noncollinear antiferromagnet
≤ 18 K (−255 °C)

La₂CuO₄ 1.405
antiferromagnet
≤ 316 K (43 °C)

Y₂Co₃ 1.837
antiferromagnet
≤ 252 K (−21 °C)

Pr₁Ca₁Fe₁O₄ 1.847
antiferromagnet
> 330 K (57 °C)

P_I c c n

BNS 56.376 · 1 structure

antiferromagnet ×1

Ce₂Ni₃Ge₅ 0.563
antiferromagnet
≤ 4.8 K (−268 °C)

P_a b c m

BNS 57.386 · point group mmm1′ · 2 structures

antiferromagnet ×2

BaCoSO 1.593
antiferromagnet
≤ 220 K (−53 °C)

BaCoSO 1.594
antiferromagnet

P_A b c m

BNS 57.389 · point group mmm1′ · 1 structure

antiferromagnet ×1

Li₂VOSiO₄ 1.9
antiferromagnet
≤ 2.8 K (−270 °C)

P_C b c m

BNS 57.391 · 6 structures

noncollinear antiferromagnet ×3antiferromagnet ×3

CeRu₂Al₁₀ 1.8
antiferromagnet
≤ 27 K (−246 °C)

Er₃Ge₄ 1.362
noncollinear antiferromagnet
≤ 7.3 K (−266 °C)

LaSr₃Fe₃O₉ 1.481
antiferromagnet
> 350 K (77 °C)

Ho₁Ni₁Si₂ 1.696
antiferromagnet
≤ 10 K (−263 °C)

Dy₁Ga₃ 1.858
noncollinear antiferromagnet
≤ 8.5 K (−265 °C)

Dy₁Ga₃ 1.859
noncollinear antiferromagnet
≤ 5.5 K (−268 °C)

P n′ n m

BNS 58.395 · point group m′mm · 8 structures

antiferromagnet ×8

Cr₂WO₆ 0.75
antiferromagnet
≤ 45 K (−228 °C)

Cr₂TeO₆ 0.76
antiferromagnet
≤ 93 K (−180 °C)

Cr₂TeO₆ 0.143
antiferromagnet

Cr₂WO₆ 0.144
antiferromagnet

K₂CoP₂O₇ 0.230
antiferromagnet
≤ 11 K (−262 °C)

Cr₂Te₁O₆ 0.959
antiferromagnet
≤ 105 K (−168 °C)

V₂W₁O₆ 0.966
antiferromagnet
≤ 117 K (−156 °C)

Cr₂Mo₁O₆ 0.1023
antiferromagnet
≤ 93 K (−180 °C)

P n n m′

BNS 58.396 · 2 structures

noncollinear antiferromagnet ×2

La_0.73Tb_0.27Mn₂Si₂ 2.58
noncollinear antiferromagnet

Gd₁Mn₂Si₂ 2.96
noncollinear antiferromagnet
≤ 453 K (180 °C)

P n n′ m′

BNS 58.398 · point group m′m′m · 4 structures

d-wave altermagnet ×2noncollinear ferrimagnet ×2

NiF₂ 0.36
d-wave altermagnet
≤ 73 K (−200 °C)

KCo₄(PO₄)₃ 0.85
noncollinear ferrimagnet
≤ 20 K (−253 °C)

Mn(N(CN₂))₂ 0.131
d-wave altermagnet
≤ 16 K (−257 °C)

Fe(N(CN₂))₂ 0.132
noncollinear ferrimagnet
≤ 19 K (−254 °C)

P n′ n′ m′

BNS 58.399 · point group m′m′m′ · 2 structures

noncollinear antiferromagnet ×2

YFe₄Ge₂ 0.27
noncollinear antiferromagnet
≤ 43.5 K (−230 °C)

LuFe₄Ge₂ 0.140
noncollinear antiferromagnet
≤ 32 K (−241 °C)

P_B n n m

BNS 58.402 · 1 structure

antiferromagnet ×1

CsNiF₃ 1.527
antiferromagnet
≤ 2.7 K (−270 °C)

P_I n n m

BNS 58.404 · point group mmm1′ · 8 structures

antiferromagnet ×8

YMn₃Al₄O₁₂ 1.158
antiferromagnet
≤ 35 K (−238 °C)

Li₂CuO₂ 1.370
antiferromagnet
≤ 8.3 K (−265 °C)

ErRh₂Si₂ 1.422
antiferromagnet
≤ 18 K (−255 °C)

ErCo₂Si₂ 1.516
antiferromagnet
≤ 11 K (−262 °C)

Mn₃B₄ 1.555
antiferromagnet
≤ 392 K (119 °C)

Ba₂Er₁Ru₁O₆ 1.776
antiferromagnet
≤ 40 K (−233 °C)

Ba₂DyRuO₆ 1.885
antiferromagnet
≤ 47 K (−226 °C)

Cs₂AgFeCl₆ 1.900
antiferromagnet
≤ 17.5 K (−256 °C)

P m′ m n

BNS 59.407 · point group m′mm · 9 structures

antiferromagnet ×9

CuMnAs 0.222
antiferromagnet
≤ 480 K (207 °C)

DyRuAsO 0.451
antiferromagnet
≤ 10.5 K (−263 °C)

TbRuAsO 0.452
antiferromagnet
≤ 7 K (−266 °C)

NdMnAsO 0.621
antiferromagnet
≤ 10 K (−263 °C)

NdMnAsO 0.622
antiferromagnet
≤ 23 K (−250 °C)

CeMnSbO 0.666
antiferromagnet
≤ 4.5 K (−269 °C)

PrMnSbO 0.668
antiferromagnet
≤ 80 K (−193 °C)

Cu₁Mn₁As₁ 0.881
antiferromagnet
≤ 490 K (217 °C)

Eu₁Cu₂Sb₂ 0.1020
antiferromagnet
≤ 5.1 K (−268 °C)

Pm′mn

BNS 59.407 · 1 structure

antiferromagnet ×1

CeMnAsO 0.187
antiferromagnet
≤ 35 K (−238 °C)

P m′ m′ n

BNS 59.409 · point group m′m′m · 9 structures

noncollinear ferrimagnet ×6s-wave ferrimagnet ×3

TmMn₃O₆ 0.232
s-wave ferrimagnet
≤ 74 K (−199 °C)

Yb₁Pd₁Si₁ 0.952
noncollinear ferrimagnet
≤ 8 K (−265 °C)

Er₂CuMn₅O₁₂ 0.1070
s-wave ferrimagnet
≤ 115 K (−158 °C)

ErFe₆Ge₆ 2.80
s-wave ferrimagnet
≤ 3 K (−270 °C)

ErMn₂Si₂ 2.81
noncollinear ferrimagnet
≤ 10 K (−263 °C)

ErMn₂Si₂ 2.82
noncollinear ferrimagnet
≤ 10 K (−263 °C)

ErMn₂Ge₂ 2.83
noncollinear ferrimagnet
≤ 8 K (−265 °C)

ErMn₂Ge₂ 2.84
noncollinear ferrimagnet
≤ 5.5 K (−268 °C)

Gd₁Mn₂Si₂ 2.97
noncollinear ferrimagnet
≤ 52 K (−221 °C)

P m m′ n′

BNS 59.410 · point group m′m′m · 6 structures

s-wave ferrimagnet ×2noncollinear ferrimagnet ×2s-wave ferromagnet ×1noncoplanar ferrimagnet ×1

TmMn₃O₆ 0.231
s-wave ferrimagnet
≤ 28 K (−245 °C)

CsMnF₄ 0.327
s-wave ferromagnet
≤ 18.9 K (−254 °C)

Er₂CuMn₅O₁₂ 0.1069
s-wave ferrimagnet
≤ 172 K (−101 °C)

TbMn₂Si₂ 2.57
noncollinear ferrimagnet

NdMn₂Si₂ 2.60
noncollinear ferrimagnet
≤ 34 K (−239 °C)

Er₂CuMn₅O₁₂ 2.114
noncoplanar ferrimagnet
≤ 17 K (−256 °C)

P m′ m′ n′

BNS 59.411 · point group m′m′m′ · 5 structures

noncollinear antiferromagnet ×4antiferromagnet ×1

SrFe₂Se₂O 0.761
noncollinear antiferromagnet
≤ 228 K (−45 °C)

SrFe₂S₂O 0.762
noncollinear antiferromagnet
≤ 216 K (−57 °C)

Ba₁Fe₂S₂O 0.987
noncollinear antiferromagnet
≤ 250 K (−23 °C)

Ba₁Fe₂Se₂O 0.988
noncollinear antiferromagnet
≤ 240 K (−33 °C)

Ca₁Co₃V₄O₁₂ 2.106
antiferromagnet
≤ 100 K (−173 °C)

P_c m m n

BNS 59.413 · point group mmm1′ · 1 structure

antiferromagnet ×1

La₂PrNi₂O₇ 1.891
antiferromagnet
≤ 149.5 K (−124 °C)

Pc m m n

BNS 59.413 · point group mmm1′ · 1 structure

antiferromagnet ×1

La₃Ni₂O₇ 1.889
antiferromagnet
≤ 149.5 K (−124 °C)

P_C m m n

BNS 59.415 · 3 structures

antiferromagnet ×3

Ce₃Ni₂Ge₇ 1.413
antiferromagnet
≤ 7.2 K (−266 °C)

CeNiGe₃ 1.414
antiferromagnet
≤ 5.9 K (−267 °C)

Ce₃Ni₂Sn₇ 1.447
antiferromagnet
≤ 3.8 K (−269 °C)

P_I m m n

BNS 59.416 · 1 structure

antiferromagnet ×1

CaCo₂P₂ 1.252
antiferromagnet
≤ 113 K (−160 °C)

P b c n

BNS 60.417 · point group mmm · 1 structure

noncollinear antiferromagnet ×1

Ni₁Cr₁O₄ 2.93
noncollinear antiferromagnet

P b′ c n

BNS 60.419 · point group m′mm · 8 structures

noncollinear antiferromagnet ×4antiferromagnet ×4

CoSe₂O₅ 0.119
noncollinear antiferromagnet
≤ 8.5 K (−265 °C)

CoSe₂O₅ 0.161
antiferromagnet
≤ 8.5 K (−265 °C)

Fe₂WO₆ 0.814
antiferromagnet
≤ 235.7 K (−37 °C)

Mn 0.815
antiferromagnet
< 4.2 K (−269 °C)

MnTa₂O₆ 0.816
antiferromagnet

MnNb_0.5Ta_0.5O₆ 0.817
noncollinear antiferromagnet
< 10 K (−263 °C)

MnTa₂O₆ 0.818
noncollinear antiferromagnet

Mn 0.819
noncollinear antiferromagnet

P b′ c′ n

BNS 60.422 · point group m′m′m · 3 structures

noncollinear ferrimagnet ×2d-wave altermagnet ×1

Li₂Co₂W₂O₉ 0.1142
d-wave altermagnet
≤ 11.5 K (−262 °C)

Mn₃O₄ 2.29
noncollinear ferrimagnet
≤ 33 K (−240 °C)

Mn₃O₄ 2.90
noncollinear ferrimagnet
≤ 33 K (−240 °C)

P b c′ n′

BNS 60.423 · point group m′m′m · 3 structures

d-wave altermagnet ×2noncollinear ferrimagnet ×1

Fe₂WO₆ 0.810
noncollinear ferrimagnet
≤ 240 K (−33 °C)

Fe₂WO₆ 0.811
d-wave altermagnet
≤ 240 K (−33 °C)

Fe₂WO₆ 0.813
d-wave altermagnet
≤ 235.7 K (−37 °C)

P b′ c n′

BNS 60.424 · point group m′m′m · 1 structure

s-wave ferrimagnet ×1

Ni₄Nb₂O₉ 0.1192
s-wave ferrimagnet
≤ 76 K (−197 °C)

P b′ c′ n′

BNS 60.425 · point group m′m′m′ · 1 structure

noncollinear antiferromagnet ×1

Li₂Ni₂W₂O₉ 0.1076
noncollinear antiferromagnet
≤ 8 K (−265 °C)

P_C b c n

BNS 60.431 · point group mmm1′ · 8 structures

antiferromagnet ×4noncollinear antiferromagnet ×3noncoplanar magnet ×1

Ba₃ErRu₂O₉ 0.1175
noncoplanar magnet
≤ 6 K (−267 °C)

Mn₅Si₃ 1.88
noncollinear antiferromagnet
≤ 100 K (−173 °C)

Mn₅Si₃ 1.305
antiferromagnet
≤ 99 K (−174 °C)

PrCuSi 1.460
antiferromagnet
≤ 5.1 K (−268 °C)

CoSO₄ 1.519
noncollinear antiferromagnet
≤ 15.5 K (−258 °C)

NiSO₄ 1.520
antiferromagnet
≤ 37 K (−236 °C)

FeSO₄ 1.521
antiferromagnet
≤ 21 K (−252 °C)

FeSn₂ 2.67
noncollinear antiferromagnet
≤ 93 K (−180 °C)

P_I b c n

BNS 60.432 · 6 structures

antiferromagnet ×4noncollinear antiferromagnet ×2

Ce₂Ni₃Ge₅ 0.562
antiferromagnet
≤ 4.8 K (−268 °C)

Ce₂Ni₃Ge₅ 0.565
noncollinear antiferromagnet
≤ 4.3 K (−269 °C)

Pr₆Fe₁₃Sn 1.450
antiferromagnet
≤ 393 K (120 °C)

FeSn₂ 1.556
antiferromagnet
≤ 378 K (105 °C)

FeGe₂ 1.557
antiferromagnet
≤ 315 K (42 °C)

Mn₃ZnN 2.31
noncollinear antiferromagnet
≤ 140 K (−133 °C)

P b c a

BNS 61.433 · 5 structures

noncollinear antiferromagnet ×3d-wave altermagnet ×2

Mn₂O₃-alpha 0.40
noncollinear antiferromagnet
≤ 80 K (−193 °C)

Mn₂O₃-alpha 0.41
noncollinear antiferromagnet
≤ 80 K (−193 °C)

Ca₂RuO₄ 0.398
noncollinear antiferromagnet
≤ 110 K (−163 °C)

Na₂Mn₁C₆O₁₀H₈ 0.955
d-wave altermagnet
≤ 8 K (−265 °C)

MnSe₂ 1.0.47
d-wave altermagnet
≤ 49 K (−224 °C)

P b c a1

BNS 61.433 · point group mmm1 · 1 structure

noncollinear antiferromagnet ×1

La_0.5Sr_3.5Fe₃O_7.5F_2.6 0.1045
noncollinear antiferromagnet
> 450 K (177 °C)

P b′ c a

BNS 61.435 · 4 structures

antiferromagnet ×3noncoplanar magnet ×1

CoGeO₃ 0.311
noncoplanar magnet
≤ 34 K (−239 °C)

MnGeO₃ 0.313
antiferromagnet
≤ 12 K (−261 °C)

KFeO₂ 0.459
antiferromagnet
≤ 1001 K (728 °C)

KFeO₂ 0.460
antiferromagnet
≤ 960 K (687 °C)

P b′ c′ a′

BNS 61.437 · point group m′m′m′ · 5 structures

antiferromagnet ×5

Li₂Ni(SO₄)₂ 0.71
antiferromagnet
≤ 28 K (−245 °C)

Li₂Co(SO₄)₂ 0.244
antiferromagnet
≤ 15 K (−258 °C)

LiFe(SO₄)₂ 0.246
antiferromagnet
≤ 42 K (−231 °C)

RbFeO₂ 0.455
antiferromagnet
≤ 737 K (464 °C)

CsFeO₂ 0.457
antiferromagnet
≤ 350 K (77 °C)

P_a b c a

BNS 61.438 · point group mmm1′ · 2 structures

antiferromagnet ×2

Ca₁Fe₃O₅ 1.756
antiferromagnet
≤ 302 K (29 °C)

Ca₁Fe₃O₅ 1.762
antiferromagnet
≤ 281 K (8 °C)

P_C b c a

BNS 61.439 · point group mmm1′ · 2 structures

noncollinear antiferromagnet ×1antiferromagnet ×1

La₂Co₃ 1.745
noncollinear antiferromagnet
≤ 310 K (37 °C)

EuFe₂As₂ 2.1
antiferromagnet
≤ 19 K (−254 °C)

P_I b c a

BNS 61.440 · point group mmm1′ · 1 structure

noncoplanar magnet ×1

Yb₂O₃ 1.720
noncoplanar magnet
≤ 2.3 K (−271 °C)

P n m a

BNS 62.441 · point group mmm · 30 structures

noncoplanar magnet ×12d-wave altermagnet ×12noncollinear antiferromagnet ×6

Rb₂Fe₂O(AsO₄)₂ 0.90
noncoplanar magnet
≤ 25 K (−248 °C)

CoSO₄ 0.96
noncoplanar magnet

Mn₂GeO₄ 0.102
noncoplanar magnet
≤ 17 K (−256 °C)

NH₄Fe₂F₆ 0.168
noncoplanar magnet
≤ 19 K (−254 °C)

RbFe₂F₆ 0.192
noncollinear antiferromagnet
≤ 16 K (−257 °C)

Co₂SiO₄ 0.218
noncoplanar magnet
≤ 49.5 K (−224 °C)

Co₂SiO₄ 0.219
noncoplanar magnet
≤ 49 K (−224 °C)

Fe₂SiO₄ 0.221
noncoplanar magnet
≤ 65.3 K (−208 °C)

CuFePO₅ 0.260
d-wave altermagnet
≤ 195 K (−78 °C)

NiFePO₅ 0.261
d-wave altermagnet
≤ 178 K (−95 °C)

Fe₂PO₅ 0.263
d-wave altermagnet
≤ 250 K (−23 °C)

NiTe₂O₅ 0.292
noncoplanar magnet
≤ 30.5 K (−243 °C)

ScCrO₃ 0.307
d-wave altermagnet
≤ 73 K (−200 °C)

InCrO₃ 0.308
d-wave altermagnet
≤ 93 K (−180 °C)

TlCrO₃ 0.309
d-wave altermagnet
≤ 89 K (−184 °C)

LaCrO₃ 0.323
d-wave altermagnet
≤ 290 K (17 °C)

La_0.75Bi_0.25Fe_0.5Cr_0.5O₃ 0.373
d-wave altermagnet
≤ 350 K (77 °C)

SmCrO₃ 0.478
noncoplanar magnet
≤ 10 K (−263 °C)

CoSO₄ 0.571
noncoplanar magnet
≤ 12 K (−261 °C)

Nd_0.95Sr_0.05CrO₃ 0.676
noncollinear antiferromagnet

Nd_0.9Sr_0.1CrO₃ 0.677
noncollinear antiferromagnet

Nd_0.85Sr_0.15CrO₃ 0.678
noncollinear antiferromagnet

CeFeO₃ 0.758
d-wave altermagnet
≤ 220 K (−53 °C)

CeFeO₃ 0.759
noncollinear antiferromagnet
≤ 220 K (−53 °C)

NdCoO₃ 0.784
d-wave altermagnet
≤ 1.2 K (−272 °C)

Dy₁Fe₁O₃ 0.840
d-wave altermagnet
≤ 73 K (−200 °C)

Dy₁Fe₁O₃ 0.841
d-wave altermagnet
≤ 73 K (−200 °C)

La₁Er₁O₃ 0.950
noncoplanar magnet
≤ 2.4 K (−271 °C)

Tm₁V₁O₃ 0.981
noncollinear antiferromagnet
≤ 20 K (−253 °C)

Ca₁Co₂Te₁O₆ 0.1106
noncoplanar magnet
≤ 14.4 K (−259 °C)

P n m a . 1

BNS 62.441 · point group mmm · 2 structures

d-wave altermagnet ×1noncoplanar magnet ×1

Fe₂Si₁O₄ 0.1071
d-wave altermagnet
≤ 65.4 K (−208 °C)

Fe₂Si₁O₄ 0.1072
noncoplanar magnet
≤ 23 K (−250 °C)

P n m a1

BNS 62.441 · point group m m m1 · 3 structures

noncollinear antiferromagnet ×2noncoplanar magnet ×1

Fe₂SiSe₄ 0.1168
noncollinear antiferromagnet
≤ 110 K (−163 °C)

ErCrO₃ 0.1169
noncollinear antiferromagnet
≤ 9.3 K (−264 °C)

Fe₂SiS₄ 0.1172
noncoplanar magnet
≤ 127 K (−146 °C)

P n′ m a

BNS 62.443 · point group m′mm · 3 structures

antiferromagnet ×3

Cu_0.95MnAs 0.223
antiferromagnet
≤ 360 K (87 °C)

CaCr_0.86Fe_3.14As₃ 0.429
antiferromagnet
≤ 90 K (−183 °C)

Eu₁Sc₁Te₄ 0.1103
antiferromagnet
≤ 5.2 K (−268 °C)

Pn′ma

BNS 62.443 · 1 structure

noncollinear antiferromagnet ×1

KCrF₄ 0.182
noncollinear antiferromagnet
≤ 4 K (−269 °C)

P n m′ a

BNS 62.444 · point group m′mm · 15 structures

noncollinear antiferromagnet ×7antiferromagnet ×5noncoplanar magnet ×3

Gd₅Ge₄ 0.14
antiferromagnet
≤ 127 K (−146 °C)

LiNiPO₄ 0.88
noncollinear antiferromagnet
≤ 20.8 K (−252 °C)

Tb₅Ge₄ 0.141
noncoplanar magnet
≤ 91 K (−182 °C)

EuZrO₃ 0.146
antiferromagnet
≤ 4.1 K (−269 °C)

TbCoO₃ 0.160
noncollinear antiferromagnet
≤ 3.1 K (−270 °C)

Fe₃BO₅ 0.386
antiferromagnet
≤ 112 K (−161 °C)

Tb₅Ge₄ 0.411
noncoplanar magnet
≤ 91 K (−182 °C)

Tb₅Ge₄ 0.412
noncoplanar magnet
≤ 91 K (−182 °C)

TbCoO₃ 0.520
noncollinear antiferromagnet
≤ 3.3 K (−270 °C)

NdScO₃ 0.782
noncollinear antiferromagnet
≤ 1 K (−272 °C)

NdInO₃ 0.783
noncollinear antiferromagnet
≤ 1.2 K (−272 °C)

Dy₂BaCuO₅ 0.805
noncollinear antiferromagnet
≤ 10.7 K (−262 °C)

Ag₂Ru₁O₄ 0.918
noncollinear antiferromagnet
≤ 75 K (−198 °C)

La₄Co₃O₉ 0.1102
antiferromagnet
≤ 303 K (30 °C)

Cr₁Sb₁S₃ 0.1147
antiferromagnet
≤ 80 K (−193 °C)

P n m a′

BNS 62.445 · point group m′mm · 14 structures

antiferromagnet ×13noncoplanar magnet ×1

KMn₄(PO₄)₃ 0.86
antiferromagnet
≤ 10 K (−263 °C)

NaFePO₄ 0.87
antiferromagnet
≤ 50 K (−223 °C)

LiFePO₄ 0.95
antiferromagnet
≤ 52 K (−221 °C)

LiCoPO₄ 0.193
antiferromagnet
≤ 22 K (−251 °C)

SrEr₂O₄ 0.216
antiferromagnet
≤ 0.8 K (−272 °C)

Tb₂ReC₂ 0.346
antiferromagnet
≤ 96 K (−177 °C)

LiCoPO₄ 0.383
antiferromagnet
≤ 21.7 K (−251 °C)

FeOOH 0.399
antiferromagnet

MnPd₂ 0.798
antiferromagnet
≤ 415 K (142 °C)

Tl₃Fe₂S₄ 0.801
antiferromagnet
≤ 90 K (−183 °C)

SrGd₂O₄ 0.821
antiferromagnet
≤ 2.7 K (−270 °C)

Ca₁Fe₂O₄ 0.969
antiferromagnet
≤ 200 K (−73 °C)

K₂Co₃Mo₃O₁₄H₂ 0.1087
noncoplanar magnet
≤ 7 K (−266 °C)

FeHO₂ 0.1167
antiferromagnet
≤ 382 K (109 °C)

P b n′ m′

BNS 62.446 · point group m′m′m · 1 structure

noncollinear antiferromagnet ×1

SmCrO₃ 0.698
noncollinear antiferromagnet
≤ 37 K (−236 °C)

P c m′ n′

BNS 62.446 · point group m′m′m · 1 structure

noncollinear ferrimagnet ×1

Ca₂Fe₂O₅ 0.93
noncollinear ferrimagnet

P n′ m′ a

BNS 62.446 · point group m′m′m · 41 structures

d-wave altermagnet ×15noncollinear ferrimagnet ×10noncoplanar ferrimagnet ×8noncollinear antiferromagnet ×4s-wave ferromagnet ×4

BiFe_0.5Sc_0.5O₃ 0.68
d-wave altermagnet
≤ 220 K (−53 °C)

TeNiO₃ 0.94
noncollinear ferrimagnet
≤ 130 K (−143 °C)

Mn₂GeO₄ 0.101
noncollinear antiferromagnet
≤ 47 K (−226 °C)

Ca₂PrCr₂NbO₉ 0.201
d-wave altermagnet
≤ 110 K (−163 °C)

Ca₂PrCr₂TaO₉ 0.202
d-wave altermagnet
≤ 130 K (−143 °C)

Ca₂Fe_0.875Cr_0.125GaO₅ 0.206
d-wave altermagnet

Mn₂SiO₄ 0.220
noncoplanar ferrimagnet
≤ 47.1 K (−226 °C)

TbPt_0.8Cu_0.2 0.248
noncollinear ferrimagnet
≤ 47 K (−226 °C)

Cu₄(OD)₆FBr 0.294
noncoplanar ferrimagnet
≤ 15 K (−258 °C)

TbFeO₃ 0.352
noncoplanar ferrimagnet
≤ 8.4 K (−265 °C)

TbCrO₃ 0.354
d-wave altermagnet
≤ 158 K (−115 °C)

SmFeO₃ 0.379
d-wave altermagnet
≤ 480 K (207 °C)

NdSi 0.407
noncollinear ferrimagnet
≤ 46 K (−227 °C)

TmNi 0.409
noncollinear ferrimagnet
≤ 7 K (−266 °C)

MnCoGe 0.445
s-wave ferromagnet
≤ 345 K (72 °C)

DyCrO₃ 0.592
d-wave altermagnet
≤ 146 K (−127 °C)

TbPt 0.684
noncollinear ferrimagnet
≤ 56 K (−217 °C)

DyPt 0.687
noncollinear ferrimagnet
≤ 23 K (−250 °C)

SmCrO₃ 0.697
noncoplanar ferrimagnet
≤ 37 K (−236 °C)

SrRuO₃ 0.732
s-wave ferromagnet
≤ 165 K (−108 °C)

YVO₃ 0.787
d-wave altermagnet
≤ 77 K (−196 °C)

Bi_0.85Ca_0.15Fe_0.55Mn_0.45O₃ 0.820
d-wave altermagnet
≤ 268 K (−5 °C)

Bi_0.85Ca_0.15Fe_0.55Mn_0.45O₃ 0.882
d-wave altermagnet

Ni₁Mn_0.85Ti_0.15Ge₁ 0.939
noncollinear ferrimagnet
≤ 335 K (62 °C)

Ni₁Mn_0.75Ti_0.25Ge₁ 0.940
noncollinear ferrimagnet
≤ 331 K (58 °C)

Tm₁V₁O₃ 0.979
d-wave altermagnet
≤ 105 K (−168 °C)

Tm₁V₁O₃ 0.980
d-wave altermagnet
≤ 105 K (−168 °C)

Lu₁V₁O₃ 0.984
d-wave altermagnet
≤ 82 K (−191 °C)

Ho₁Fe₁O₃ 0.990
noncoplanar ferrimagnet
≤ 6.5 K (−267 °C)

Ho₁Fe₁O₃ 0.992
noncoplanar ferrimagnet
≤ 35 K (−238 °C)

Ho₁Fe₁O₃ 0.994
noncoplanar ferrimagnet

Tm₁Fe₁O₃ 0.1022
d-wave altermagnet
≤ 90 K (−183 °C)

Yb₁Ni₁Sn₁ 0.1027
noncollinear ferrimagnet
≤ 5.8 K (−267 °C)

La_0.35Pr_0.35Ca_0.3Mn₁O₃ 0.1055
s-wave ferromagnet
≤ 183 K (−90 °C)

La_0.35Pr_0.35Ca_0.3Mn₁O₃ 0.1056
s-wave ferromagnet
≤ 164 K (−109 °C)

LuCrO₃ 0.1068
noncollinear ferrimagnet
≤ 131 K (−142 °C)

Ca₂Fe₂O₅ 0.1080
d-wave altermagnet
≤ 720 K (447 °C)

Tm₁Cr₁O₃ 0.1133
noncollinear antiferromagnet
≤ 125 K (−148 °C)

Tm₁Cr₁O₃ 0.1134
noncollinear antiferromagnet
≤ 125 K (−148 °C)

Ce₁Cr₁O₃ 0.1145
noncollinear antiferromagnet
≤ 260 K (−13 °C)

Fe₂SiS₄ 0.1171
noncoplanar ferrimagnet
≤ 30 K (−243 °C)

P n m′ a′

BNS 62.447 · point group m′m′m · 23 structures

noncollinear ferrimagnet ×12noncoplanar ferrimagnet ×6s-wave ferromagnet ×2noncollinear antiferromagnet ×1s-wave ferrimagnet ×1d-wave altermagnet ×1

NdNi_0.6Cu_0.4 0.249
noncollinear ferrimagnet
≤ 37.5 K (−236 °C)

CoFePO₅ 0.262
noncollinear antiferromagnet
≤ 175 K (−98 °C)

(Tm_0.7Mn_0.3)MnO₃ 0.293
noncollinear ferrimagnet
≤ 104 K (−169 °C)

PrSi 0.408
noncollinear ferrimagnet
≤ 54 K (−219 °C)

Ho₃NiGe₂ 0.437
noncollinear ferrimagnet
≤ 43 K (−230 °C)

Pr₃CoGe₂ 0.438
noncollinear ferrimagnet
≤ 28 K (−245 °C)

Nd₅Ge₄ 0.450
noncoplanar ferrimagnet
≤ 52 K (−221 °C)

HoNi 0.480
noncollinear ferrimagnet
≤ 35.5 K (−238 °C)

Tb_0.55Sr_0.45MnO₃ 0.534
noncoplanar ferrimagnet
≤ 8 K (−265 °C)

Tb_0.55Sr_0.45MnO₃ 0.535
noncoplanar ferrimagnet
≤ 65 K (−208 °C)

Tb_0.55Sr_0.45MnO₃ 0.536
noncoplanar ferrimagnet
≤ 65 K (−208 °C)

(Ho_0.8Mn_0.2)MnO₃ 0.648
s-wave ferrimagnet
≤ 76 K (−197 °C)

(Ho_0.8Mn_0.2)MnO₃ 0.649
noncollinear ferrimagnet
≤ 40 K (−233 °C)

(Lu_0.6Mn_0.4)MnO₃ 0.661
noncollinear ferrimagnet
≤ 67 K (−206 °C)

ErPt 0.685
noncollinear ferrimagnet
≤ 16 K (−257 °C)

HoPt 0.686
noncollinear ferrimagnet
≤ 16 K (−257 °C)

TmPt 0.688
noncollinear ferrimagnet
≤ 6 K (−267 °C)

CsMn₂F₆ 0.726
noncoplanar ferrimagnet
≤ 24.1 K (−249 °C)

Ca₂MnGaO₅ 0.825
d-wave altermagnet
≤ 160 K (−113 °C)

CrSbSe₃ 0.834
s-wave ferromagnet
≤ 71 K (−202 °C)

Ho₁F₃ 0.1034
noncollinear ferrimagnet
≤ 0.5 K (−273 °C)

Eu₂In₁ 0.1094
s-wave ferromagnet
≤ 56 K (−217 °C)

Ce₅Co₁Ge₂ 1.881
noncoplanar ferrimagnet
≤ 11 K (−262 °C)

Pnm′a′

BNS 62.447 · 1 structure

noncoplanar ferrimagnet ×1

Nd₅Ge₄ 0.185
noncoplanar ferrimagnet
≤ 51 K (−222 °C)

P n′ m a′

BNS 62.448 · point group m′m′m · 57 structures

d-wave altermagnet ×29noncollinear ferrimagnet ×14noncoplanar ferrimagnet ×9s-wave ferromagnet ×2s-wave ferrimagnet ×1noncoplanar magnet ×1s-wave compensated ferrimagnet ×1

LaMnO₃ 0.1
d-wave altermagnet
≤ 139.5 K (−134 °C)

NaOsO₃ 0.25
d-wave altermagnet
≤ 410 K (137 °C)

La_0.5Sr_0.5FeO_2.5F_0.5 0.34
d-wave altermagnet
≤ 700 K (427 °C)

Rb₂Fe₂O₉As₂ 0.91
noncoplanar ferrimagnet
≤ 25 K (−248 °C)

YCr_0.5Mn_0.5O₃ 0.100
noncoplanar ferrimagnet

NdMnO₃ 0.288
noncollinear ferrimagnet
≤ 78 K (−195 °C)

NdMnO₃ 0.289
noncollinear ferrimagnet
≤ 13 K (−260 °C)

NdFeO₃ 0.336
d-wave altermagnet
≤ 760 K (487 °C)

TbFeO₃ 0.351
d-wave altermagnet
≤ 681 K (408 °C)

(CH₃NH₃)(Co(COOH)₃ 0.368
noncoplanar ferrimagnet
≤ 15.9 K (−257 °C)

NdMnO₃ 0.370
noncollinear ferrimagnet
≤ 73 K (−200 °C)

NdMnO₃ 0.371
noncollinear ferrimagnet
≤ 15 K (−258 °C)

SmFeO₃ 0.380
d-wave altermagnet
≤ 670 K (397 °C)

LaCrO₃ 0.417
d-wave altermagnet
≤ 310 K (37 °C)

K₁Mn₁F₃ 0.432
d-wave altermagnet
≤ 77 K (−196 °C)

Tb₃NiGe₂ 0.439
s-wave ferrimagnet
≤ 135 K (−138 °C)

SmCrO₃ 0.479
noncoplanar ferrimagnet
≤ 191 K (−82 °C)

YRuO₃ 0.513
d-wave altermagnet
≤ 97 K (−176 °C)

Ho_0.15Bi_0.85FeO₃ 0.559
d-wave altermagnet

Ho_0.2Bi_0.8FeO₃ 0.560
d-wave altermagnet

YCrO₃ 0.586
d-wave altermagnet
≤ 141 K (−132 °C)

TmCrO₃ 0.587
d-wave altermagnet
≤ 124 K (−149 °C)

PrCrO₃ 0.588
noncollinear ferrimagnet
≤ 239 K (−34 °C)

ErCrO₃ 0.591
d-wave altermagnet
≤ 133 K (−140 °C)

PrMnO₃ 0.608
d-wave altermagnet
≤ 91 K (−182 °C)

Pr_0.95K_0.05MnO₃ 0.610
noncollinear ferrimagnet
≤ 85 K (−188 °C)

LaMnO₃ 0.642
d-wave altermagnet

La_0.95Ca_0.05MnO₃ 0.643
noncollinear ferrimagnet

La_0.95Ba_0.05MnO₃ 0.644
noncollinear ferrimagnet

La_0.95Ba_0.05Mn_0.95Ti_0.05O₃ 0.645
d-wave altermagnet

La_0.90Ba_0.10Mn_0.90Ti_0.10O₃ 0.646
noncollinear ferrimagnet

La_0.875Ba_0.125Mn_0.875Ti_0.125O₃ 0.647
noncollinear ferrimagnet

NdMn_0.8Fe_0.2O₃ 0.659
noncoplanar ferrimagnet
≤ 13 K (−260 °C)

NdMn_0.8Fe_0.2O₃ 0.660
noncoplanar ferrimagnet
≤ 59 K (−214 °C)

Mn₃Sn₂ 0.662
s-wave ferromagnet
≤ 262 K (−11 °C)

Mn₃Sn₂ 0.663
noncollinear ferrimagnet
≤ 227 K (−46 °C)

TbCr_0.5Mn_0.5O₃ 0.679
d-wave altermagnet
≤ 84 K (−189 °C)

SmCrO₃ 0.696
noncoplanar magnet
≤ 192 K (−81 °C)

Mn₂SeO₃F₂ 0.755
d-wave altermagnet
≤ 26 K (−247 °C)

CeFeO₃ 0.757
d-wave altermagnet
≤ 720 K (447 °C)

SrMnSb₂ 0.767
s-wave ferromagnet
≤ 565 K (292 °C)

Dy₁Fe₁O₃ 0.836
d-wave altermagnet
≤ 650 K (377 °C)

Dy₁Fe₁O₃ 0.837
d-wave altermagnet
≤ 650 K (377 °C)

Dy₁Fe₁O₃ 0.838
d-wave altermagnet
≤ 650 K (377 °C)

Dy₁Fe₁O₃ 0.839
d-wave altermagnet
≤ 650 K (377 °C)

Na₁Co₂Se₁O₇H₁ 0.883
noncoplanar ferrimagnet
≤ 11 K (−262 °C)

Y₁Cr₁O₃ 0.947
d-wave altermagnet
≤ 141.5 K (−132 °C)

La₁Yb₁O₃ 0.951
noncollinear ferrimagnet
≤ 2.4 K (−271 °C)

Ca₁Fe₂O₄ 0.968
s-wave compensated ferrimagnet
≤ 170 K (−103 °C)

Ho₁Fe₁O₃ 0.991
d-wave altermagnet
≤ 647 K (374 °C)

Ho₁Fe₁O₃ 0.993
noncollinear ferrimagnet

Tm₁Fe₁O₃ 0.1021
d-wave altermagnet

PrFeO₃ 0.1085
d-wave altermagnet
≤ 640 K (367 °C)

Y_0.2La_0.2Pr_0.2Nd_0.2Tb_0.2Mn₁O₃ 0.1095
noncoplanar ferrimagnet
≤ 67 K (−206 °C)

Y_0.2La_0.2Pr_0.2Nd_0.2Tb_0.2Mn₁O₃ 0.1096
noncoplanar ferrimagnet
≤ 20 K (−253 °C)

Gd₁Cr₁O₃ 0.1104
d-wave altermagnet
≤ 170 K (−103 °C)

ErCrO₃ 0.1170
noncollinear ferrimagnet
≤ 133 K (−140 °C)

P n ′m ′a ′

BNS 62.449 · 1 structure

noncollinear antiferromagnet ×1

DyScO₃ 0.171
noncollinear antiferromagnet
≤ 3.2 K (−270 °C)

P n′ a′ m′

BNS 62.449 · point group m′m′m′ · 1 structure

noncollinear antiferromagnet ×1

Cs₁O₂ 0.1004
noncollinear antiferromagnet
≤ 10 K (−263 °C)

P n′ m′ a′

BNS 62.449 · point group m′m′m′ · 14 structures

antiferromagnet ×8noncollinear antiferromagnet ×6

LiMnPO₄ 0.24
antiferromagnet
≤ 33.9 K (−239 °C)

EuZrO₃ 0.147
antiferromagnet
≤ 4.4 K (−269 °C)

DyCoO₃ 0.159
noncollinear antiferromagnet
≤ 3.6 K (−270 °C)

TbAlO₃ 0.350
noncollinear antiferromagnet
≤ 4 K (−269 °C)

RbFeCl₅(D₂O) 0.362
antiferromagnet
≤ 10 K (−263 °C)

KFeCl₅(D₂O) 0.363
antiferromagnet
≤ 14.2 K (−259 °C)

LiMnPO₄ 0.382
antiferromagnet
≤ 33.7 K (−239 °C)

GdAlO₃ 0.410
antiferromagnet
≤ 3.9 K (−269 °C)

EuMnSb₂ 0.421
antiferromagnet
≤ 350 K (77 °C)

EuMnSb₂ 0.423
antiferromagnet
≤ 346 K (73 °C)

EuMnSb₂ 0.424
noncollinear antiferromagnet
≤ 21 K (−252 °C)

DyCoO₃ 0.521
noncollinear antiferromagnet
≤ 3.6 K (−270 °C)

Dy₁Al₁O₃ 0.842
noncollinear antiferromagnet
≤ 3.5 K (−270 °C)

Rb₁Ru₁O₄ 0.924
noncollinear antiferromagnet

P_a n m a

BNS 62.450 · point group mmm1′ · 12 structures

antiferromagnet ×12

CrN 1.28
antiferromagnet
≤ 273 K (−0 °C)

Cr₂As 1.130
antiferromagnet
≤ 393 K (120 °C)

Fe₂As 1.131
antiferromagnet
≤ 353 K (80 °C)

Mn₂As 1.132
antiferromagnet
≤ 573 K (300 °C)

NdCoAsO 1.179
antiferromagnet
≤ 14 K (−259 °C)

NdPd₅Al₂ 1.507
antiferromagnet
≤ 1.3 K (−272 °C)

ErFe₂Si₂ 1.635
antiferromagnet
≤ 2.6 K (−271 °C)

DyOCl 1.643
antiferromagnet
≤ 10 K (−263 °C)

Cr₁N₁ 1.678
antiferromagnet
≤ 270 K (−3 °C)

Tm₃Cu₄Ge₄ 1.727
antiferromagnet
≤ 2.8 K (−270 °C)

Dy₁Sb₁Te₁ 1.765
antiferromagnet
≤ 6.7 K (−266 °C)

Cr₁S₁Br₁ 1.802
antiferromagnet
≤ 140 K (−133 °C)

P_b n m a

BNS 62.451 · 6 structures

antiferromagnet ×3noncollinear antiferromagnet ×2noncoplanar magnet ×1

PrMn₂O₅ 1.326
noncoplanar magnet
≤ 18 K (−255 °C)

Pr₂Pd₂In 1.334
antiferromagnet
≤ 5 K (−268 °C)

Tb₂Pd_2.05Sn_0.95 1.336
noncollinear antiferromagnet
≤ 20.8 K (−252 °C)

Fe₂MnBO₅ 1.391
antiferromagnet
≤ 90 K (−183 °C)

Sr₂Fe₃S₂O₃ 1.625
antiferromagnet
≤ 76 K (−197 °C)

Nd₁Cr₁Ge₁O₅ 1.870
noncollinear antiferromagnet
≤ 2.5 K (−271 °C)

P_c n m a

BNS 62.452 · point group mmm1′ · 3 structures

antiferromagnet ×3

Mn₃O₄ 1.1
antiferromagnet
≤ 210 K (−63 °C)

VPO₄ 1.523
antiferromagnet
≤ 10.3 K (−263 °C)

TbGe₃ 2.36
antiferromagnet
≤ 23 K (−250 °C)

P_A n m a

BNS 62.453 · point group mmm1′ · 4 structures

antiferromagnet ×2noncollinear antiferromagnet ×2

CeOs_1.84Ir_0.16Al₁₀ 1.148
antiferromagnet
≤ 21 K (−252 °C)

DyNiAl₄ 1.475
antiferromagnet
≤ 14.6 K (−259 °C)

Na_2.4Ni₂TeO₆ 1.647
noncollinear antiferromagnet
≤ 25 K (−248 °C)

Na₂Ni₂Te₁O₆ 1.705
noncollinear antiferromagnet
≤ 25 K (−248 °C)

P_B n m a

BNS 62.454 · point group mmm1′ · 4 structures

antiferromagnet ×4

Ba₃CoRu₂O₉ 0.749
antiferromagnet

Ba₃CoRu₂O₉ 0.750
antiferromagnet
≤ 110 K (−163 °C)

Nd₅Pb₃ 1.401
antiferromagnet
≤ 8 K (−265 °C)

Nd₅Pb₃ 1.402
antiferromagnet
≤ 44 K (−229 °C)

P_I n m a

BNS 62.456 · point group mmm1′ · 2 structures

antiferromagnet ×2

NdCu₂ 1.620
antiferromagnet
≤ 4.1 K (−269 °C)

Dy₁V₁O₄ 1.664
antiferromagnet
≤ 3 K (−270 °C)

C m c m

BNS 63.457 · point group mmm · 3 structures

d-wave altermagnet ×2g-wave altermagnet ×1

MnTe 0.800
g-wave altermagnet
≤ 323 K (50 °C)

Ni₁Cr₁O₄ 0.896
d-wave altermagnet

Ba₃Cr₃Re₁O₉ 0.1118
d-wave altermagnet
≤ 225 K (−48 °C)

C m′ c m

BNS 63.459 · 7 structures

antiferromagnet ×6noncollinear antiferromagnet ×1

DyCoSi₂ 0.453
antiferromagnet
≤ 10.9 K (−262 °C)

TbNiGe₂ 0.566
antiferromagnet
≤ 37 K (−236 °C)

HoNi_0.64Ge₂ 0.567
antiferromagnet
≤ 11 K (−262 °C)

TbNi_0.4Ge₂ 0.568
antiferromagnet
≤ 16 K (−257 °C)

TbCu_0.4Ge₂ 0.569
antiferromagnet
≤ 39 K (−234 °C)

Tb₁Ni₁Si₂ 0.910
antiferromagnet
≤ 36.2 K (−237 °C)

Sr₂Mn₃Sb₂O₂ 2.27
noncollinear antiferromagnet
≤ 65 K (−208 °C)

C m c m′

BNS 63.461 · point group m′mm · 3 structures

antiferromagnet ×2noncollinear antiferromagnet ×1

U₃Ru₄Al₁₂ 0.12
noncollinear antiferromagnet
≤ 9.5 K (−264 °C)

Al₃Ce₁Pd₁ 0.1017
antiferromagnet
≤ 5.6 K (−268 °C)

Eu₂CuZn₂P₃ 0.1188
antiferromagnet
≤ 40.3 K (−233 °C)

C m′ c′ m

BNS 63.462 · point group m′m′m · 14 structures

s-wave ferromagnet ×7noncollinear ferrimagnet ×3g-wave altermagnet ×2s-wave compensated ferrimagnet ×2

Nd₃Ru₄Al₁₂ 0.149
s-wave ferromagnet
≤ 39 K (−234 °C)

Pr₃Ru₄Al₁₂ 0.173
s-wave ferromagnet
≤ 39 K (−234 °C)

MnPtGa 0.395
s-wave ferromagnet
≤ 236 K (−37 °C)

MnPtGa 0.396
noncollinear ferrimagnet
≤ 186 K (−87 °C)

MnCoGeB_0.05 0.446
noncollinear ferrimagnet
≤ 75 K (−198 °C)

NdNiGe₂ 0.561
s-wave ferromagnet
≤ 6 K (−267 °C)

PrPt 0.689
s-wave ferromagnet
≤ 15 K (−258 °C)

Ho₁Ga₁ 0.1047
s-wave ferromagnet
≤ 66 K (−207 °C)

Nd₁Ga₁ 0.1097
s-wave ferromagnet
≤ 42 K (−231 °C)

Nd₁Cd₃P₃ 0.1137
g-wave altermagnet
≤ 0.3 K (−273 °C)

Mn₁Te₁ 0.1155
g-wave altermagnet
≤ 307 K (34 °C)

Er₂RhSi₃ 0.1186
s-wave compensated ferrimagnet
≤ 5 K (−268 °C)

Er₂RhSi₃ 0.1187
s-wave compensated ferrimagnet
≤ 5 K (−268 °C)

CuCoFe₂O₅ 0.1190
noncollinear ferrimagnet
≤ 195 K (−78 °C)

C m c′ m′

BNS 63.463 · point group m′m′m · 11 structures

s-wave ferromagnet ×9noncollinear antiferromagnet ×2

Mn₃Sn 0.199
noncollinear antiferromagnet
≤ 420 K (147 °C)

Mn₃As 0.279
noncollinear antiferromagnet
≤ 420 K (147 °C)

MnNb₄S₈ 0.709
s-wave ferromagnet

MnTa₄S₈ 0.711
s-wave ferromagnet

CeCuSi 0.789
s-wave ferromagnet
≤ 15.5 K (−258 °C)

CeCuGe 0.833
s-wave ferromagnet
≤ 10.3 K (−263 °C)

Ce₁Au_0.5Cu_0.5Ge₁ 0.1038
s-wave ferromagnet
≤ 15.1 K (−258 °C)

Ce₁Au_0.2Cu_0.8Ge₁ 0.1039
s-wave ferromagnet
≤ 14.1 K (−259 °C)

Ga₁Tm₁ 0.1089
s-wave ferromagnet
≤ 12 K (−261 °C)

Sc₁Fe₂D_3.2 0.1151
s-wave ferromagnet
≤ 484 K (211 °C)

NdNi 0.1197
s-wave ferromagnet
≤ 27 K (−246 °C)

C m′ c m′

BNS 63.464 · point group m′m′m · 27 structures

s-wave ferromagnet ×10d-wave altermagnet ×5noncollinear ferrimagnet ×4noncollinear antiferromagnet ×4s-wave ferrimagnet ×4

CaIrO₃ 0.79
d-wave altermagnet
≤ 115 K (−158 °C)

Tb₃Co_3.25Al_0.75 0.172
noncollinear ferrimagnet
≤ 137 K (−136 °C)

Mn₃Sn 0.200
noncollinear antiferromagnet
≤ 420 K (147 °C)

Mn₃As 0.280
noncollinear antiferromagnet
≤ 420 K (147 °C)

Mn₃Ge 0.377
noncollinear antiferromagnet
≤ 380 K (107 °C)

Tb₂Ir₃Ga₉ 0.706
d-wave altermagnet
≤ 12.5 K (−261 °C)

Tb₂Ir₃Ga₉ 0.707
noncollinear ferrimagnet
≤ 12.5 K (−261 °C)

PrMnSi₂ 0.771
s-wave ferromagnet
≤ 434 K (161 °C)

PrMnSi₂ 0.772
s-wave ferromagnet
≤ 434 K (161 °C)

NdMnSi₂ 0.774
s-wave ferromagnet
≤ 441 K (168 °C)

NdMnSi₂ 0.775
s-wave ferromagnet
≤ 441 K (168 °C)

NdMnSi₂ 0.776
s-wave ferrimagnet
≤ 398 K (125 °C)

“Ce 0.777
s-wave ferromagnet
≤ 398 K (125 °C)

LaMnSi₂ 0.778
s-wave ferromagnet
≤ 386 K (113 °C)

LaMnSi₂ 0.779
s-wave ferromagnet
≤ 386 K (113 °C)

LaMnSi₂ 0.780
s-wave ferromagnet
≤ 386 K (113 °C)

CeMnSi₂ 0.781
s-wave ferrimagnet

Sr₁Co₂Fe₁₆O₂₇ 0.846
s-wave ferrimagnet
≤ 470 K (197 °C)

Ca₁Fe₃O₅ 0.986
d-wave altermagnet
≤ 302 K (29 °C)

Mn₁Fe₃O₅ 0.995
d-wave altermagnet
≤ 350 K (77 °C)

Mn₁Fe₃O₅ 0.996
d-wave altermagnet
≤ 350 K (77 °C)

Mn₁Fe₃O₅ 0.997
noncollinear ferrimagnet
≤ 150 K (−123 °C)

Sr₁Co₂Fe₁₆O₂₇ 0.1003
noncollinear ferrimagnet
≤ 555 K (282 °C)

Er₁Ga₁ 0.1041
s-wave ferromagnet
≤ 32 K (−241 °C)

Gd₁Ga₁ 0.1046
s-wave ferromagnet
≤ 190 K (−83 °C)

Mn₃Ga 0.1181
noncollinear antiferromagnet
≤ 485 K (212 °C)

Ho₂RhIn₈ 3.3
s-wave ferrimagnet
≤ 10.4 K (−263 °C)

C m′c m′

BNS 63.464 · 1 structure

d-wave altermagnet ×1

CoFe₃O₅ 0.514
d-wave altermagnet
≤ 300 K (27 °C)

C_c m c m

BNS 63.466 · 9 structures

antiferromagnet ×9

U₂Ni₂Sn 1.200
antiferromagnet
≤ 25 K (−248 °C)

NpRhGa₅ 1.262
antiferromagnet
≤ 33 K (−240 °C)

Sr₂Ru_0.95Fe_0.05O₄ 1.319
antiferromagnet
≤ 64 K (−209 °C)

HoGe_1.5 1.358
antiferromagnet
≤ 10 K (−263 °C)

DyGe_1.3 1.360
antiferromagnet
≤ 16 K (−257 °C)

FeSn 1.452
antiferromagnet
≤ 373 K (100 °C)

Mn₂AlB₂ 1.508
antiferromagnet
≤ 390 K (117 °C)

LuMn₆Sn₆ 1.630
antiferromagnet
≤ 353 K (80 °C)

Er₂Ni₂Pb 1.687
antiferromagnet
≤ 1.8 K (−271 °C)

C_a m c m

BNS 63.467 · point group mmm1′ · 1 structure

antiferromagnet ×1

Er₂Ni₂In 1.195
antiferromagnet
≤ 6 K (−267 °C)

C_A m c m

BNS 63.468 · 6 structures

antiferromagnet ×5noncollinear antiferromagnet ×1

Pr_0.5Sr_0.5MnO₃ 1.273
antiferromagnet
≤ 140 K (−133 °C)

CeScGe 1.376
antiferromagnet
≤ 48 K (−225 °C)

CeScSi 1.378
antiferromagnet
≤ 26 K (−247 °C)

CsCo₂Se₂ 1.458
antiferromagnet
≤ 78 K (−195 °C)

La₂Co₂O₃Se₂ 1.835
noncollinear antiferromagnet
≤ 217 K (−56 °C)

La₁Mn₂Au₄ 1.838
antiferromagnet
≤ 460 K (187 °C)

C m′ c a

BNS 64.471 · 9 structures

noncollinear antiferromagnet ×8antiferromagnet ×1

Ba₄Ru₃O₁₀ 0.692
antiferromagnet
≤ 105 K (−168 °C)

Tb₂Pd₁Ge₆ 0.905
noncollinear antiferromagnet
≤ 48 K (−225 °C)

“Dy₂ 0.906
noncollinear antiferromagnet
≤ 28 K (−245 °C)

Ho₂Pd₁Ge₆ 0.907
noncollinear antiferromagnet
≤ 11.8 K (−261 °C)

Tb₂Pt₁Ge₆ 0.908
noncollinear antiferromagnet
≤ 44 K (−229 °C)

Dy₂Pd₁Ge₆ 0.928
noncollinear antiferromagnet
≤ 28 K (−245 °C)

Tb₂Pd₁Ge₆ 0.929
noncollinear antiferromagnet
≤ 48 K (−225 °C)

Ho₂Pd₁Ge₆ 0.930
noncollinear antiferromagnet
≤ 11.8 K (−261 °C)

Tb₂Pt₁Ge₆ 0.931
noncollinear antiferromagnet
≤ 44 K (−229 °C)

C m c′ a

BNS 64.472 · 3 structures

antiferromagnet ×3

Ba₄Ru₃O₁₀ 0.693
antiferromagnet
≤ 108 K (−165 °C)

Er₂Pt₁Ge₆ 0.909
antiferromagnet
≤ 4.9 K (−268 °C)

Er₂Pt₁Ge₆ 0.932
antiferromagnet
≤ 4.9 K (−268 °C)

C m′ c′ a

BNS 64.474 · 5 structures

d-wave altermagnet ×3noncollinear antiferromagnet ×2

LaCaFeO₄ 0.376
d-wave altermagnet
≤ 373 K (100 °C)

Pr₂Pd₁Ge₆ 0.903
noncollinear antiferromagnet
≤ 13 K (−260 °C)

Nd₂Pd₁Ge₆ 0.904
d-wave altermagnet
≤ 4 K (−269 °C)

Pr₂Pd₁Ge₆ 0.926
noncollinear antiferromagnet
≤ 13 K (−260 °C)

Nd₂Pd₁Ge₆ 0.927
d-wave altermagnet
≤ 6.5 K (−267 °C)

C m′ c a′

BNS 64.476 · point group m′m′m · 1 structure

noncollinear ferrimagnet ×1

Gd₂CuO₄ 0.82
noncollinear ferrimagnet
≤ 285 K (12 °C)

C_c m c a

BNS 64.478 · 1 structure

antiferromagnet ×1

Sr₂Ru_0.95Fe_0.05O₄ 1.318
antiferromagnet
≤ 64 K (−209 °C)

C_a m c a

BNS 64.479 · 3 structures

antiferromagnet ×3

Tb₂Pd₂In 1.415
antiferromagnet
≤ 29.5 K (−244 °C)

CeCoAl₄ 1.446
antiferromagnet
≤ 12.8 K (−260 °C)

Tb₂Ni_1.78In 1.652
antiferromagnet
≤ 21 K (−252 °C)

C_amca

BNS 64.479 · 1 structure

noncollinear antiferromagnet ×1

CeB₆ 3.13
noncollinear antiferromagnet
≤ 2.4 K (−271 °C)

C_A m c a

BNS 64.480 · point group mmm1′ · 28 structures

antiferromagnet ×28

BaFe₂As₂ 1.16
antiferromagnet
≤ 142 K (−131 °C)

LaSrFeO₄ 1.29
antiferromagnet
≤ 380 K (107 °C)

SrNdFeO₄ 1.41
antiferromagnet
≤ 36 K (−237 °C)

CaFe₂As₂ 1.52
antiferromagnet
≤ 173 K (−100 °C)

Sm₂CuO₄ 1.107
antiferromagnet
≤ 280 K (7 °C)

Mn₃Ni₂₀P₆ 1.145
antiferromagnet

CeRh₂Si₂ 1.188
antiferromagnet
≤ 36 K (−237 °C)

K₂NiF₄ 1.249
antiferromagnet
≤ 190 K (−83 °C)

CeRh₂Si₂ 1.290
antiferromagnet
≤ 39 K (−234 °C)

HoNi₂B₂C 1.292
antiferromagnet
≤ 5.2 K (−268 °C)

HoNi₂B₂C 1.294
antiferromagnet
≤ 5 K (−268 °C)

DyNi₂B₂C 1.295
antiferromagnet
≤ 11 K (−262 °C)

PrNi₂B₂C 1.296
antiferromagnet
≤ 4 K (−269 °C)

HoNi₂B₂C 1.312
antiferromagnet
≤ 5.2 K (−268 °C)

HFe₂Ge₂ 1.369
antiferromagnet
≤ 17 K (−256 °C)

NdCeBaCu_0.9Co_1.1O₇ 1.396
antiferromagnet

TbAg₂ 1.400
antiferromagnet
≤ 35 K (−238 °C)

Sr₂CuO₂Cl₂ 1.404
antiferromagnet
≤ 251 K (−22 °C)

Nd₂CuO₄ 1.407
antiferromagnet
≤ 75 K (−198 °C)

Ba₂LuRuO₆ 1.432
antiferromagnet
≤ 35 K (−238 °C)

Ba₂YRuO₆ 1.433
antiferromagnet

Mn₆Ni₁₆Si₇ 1.454
antiferromagnet
≤ 198 K (−75 °C)

Eu_0.5Ca_0.5Fe₂As₂ 1.483
antiferromagnet

TbNi₂Si₂ 1.511
antiferromagnet
≤ 10 K (−263 °C)

Ba₂Mn₁Te₁O₆ 1.706
antiferromagnet
≤ 20 K (−253 °C)

La_0.4Na_0.6Fe₂As₂ 1.791
antiferromagnet
≤ 128 K (−145 °C)

Bi₂Mn₁O₂F₄ 1.880
antiferromagnet
≤ 19.8 K (−253 °C)

Ba_0.76Na_0.24Fe₂As₂ 1.886
antiferromagnet
≤ 90 K (−183 °C)

C m′ m m

BNS 65.483 · 2 structures

antiferromagnet ×2

DyGe_1.75 0.341
antiferromagnet
≤ 29 K (−244 °C)

TbGe₂ 0.343
antiferromagnet
≤ 41 K (−232 °C)

C m m m′

BNS 65.484 · 1 structure

antiferromagnet ×1

GdNiSi₃ 0.406
antiferromagnet
≤ 22.2 K (−251 °C)

C m′ m′ m

BNS 65.485 · point group m′m′m · 3 structures

s-wave ferrimagnet ×2s-wave ferromagnet ×1

Cl₄CoLi₂ 0.1123
s-wave ferromagnet

Ho₂Ni₂Pb 1.0.53
s-wave ferrimagnet
≤ 7 K (−266 °C)

Ho₂Ni₂Pb 1.0.54
s-wave ferrimagnet
≤ 7 K (−266 °C)

C m m′ m′

BNS 65.486 · point group m′m′m · 11 structures

s-wave ferromagnet ×7d-wave altermagnet ×1s-wave ferrimagnet ×1s-wave compensated ferrimagnet ×1noncollinear ferrimagnet ×1

Mn₃AlN 0.276
s-wave ferromagnet
≤ 272 K (−1 °C)

YNi₄Si 0.374
s-wave ferromagnet
≤ 37 K (−236 °C)

Sr₄Fe₄O₁₁ 0.402
d-wave altermagnet
≤ 232 K (−41 °C)

AlFe₂B₂ 0.414
s-wave ferromagnet
≤ 285 K (12 °C)

TbNi₄Si 0.436
s-wave ferromagnet
≤ 37 K (−236 °C)

LiMn₆Sn₆ 0.699
s-wave ferromagnet
≤ 380 K (107 °C)

HoMn₆Sn₆ 0.705
s-wave ferrimagnet
≤ 376 K (103 °C)

Tb₁Ni₃Ga₂ 0.938
s-wave ferromagnet
≤ 14 K (−259 °C)

Nd₁Ni₄Si₁ 0.1107
s-wave ferromagnet
≤ 12 K (−261 °C)

Eu(Fe_0.82Co_0.18)As₂ 2.4
noncollinear ferrimagnet
≤ 17 K (−256 °C)

Mn₃Ni₂₀P₆ 2.15
s-wave compensated ferrimagnet
≤ 29 K (−244 °C)

C m′ m′ m′

BNS 65.487 · 2 structures

antiferromagnet ×2

Sr₂Fe_1.9Co_0.1O_5.5 0.400
antiferromagnet
≤ 230 K (−43 °C)

Sr₄Fe₄O₁₁ 0.401
antiferromagnet
≤ 232 K (−41 °C)

C_a m m m

BNS 65.489 · 3 structures

antiferromagnet ×3

YBa₂Cu₃O_6+d 1.4
antiferromagnet
≤ 410 K (137 °C)

YBa₂Cu₃O₆ 1.420
antiferromagnet
≤ 420 K (147 °C)

Y₁Ba₁Co₂O₅ 1.702
antiferromagnet
≤ 330 K (57 °C)

C_ammm

BNS 65.489 · 1 structure

antiferromagnet ×1

Tm₂CoGa₈ 1.223
antiferromagnet
≤ 2 K (−271 °C)

C_A m m m

BNS 65.490 · 1 structure

antiferromagnet ×1

KCuMnS₂ 1.392
antiferromagnet
≤ 160 K (−113 °C)

C c′ c m

BNS 66.493 · point group m′mm · 1 structure

antiferromagnet ×1

Mn₁Sb₂O₄ 0.1111
antiferromagnet
≤ 52 K (−221 °C)

C c c′ m′

BNS 66.496 · point group m′m′m · 1 structure

d-wave altermagnet ×1

Cr₁F₃H₄N₁ 0.1090
d-wave altermagnet
≤ 60 K (−213 °C)

C_c c c m

BNS 66.498 · 1 structure

antiferromagnet ×1

MnSn₂ 1.559
antiferromagnet
≤ 74 K (−199 °C)

C_A c c m

BNS 66.500 · point group mmm1′ · 11 structures

antiferromagnet ×11

SrNdFeO₄ 1.40
antiferromagnet
≤ 360 K (87 °C)

Gd₂CuO₄ 1.104
antiferromagnet
≤ 285 K (12 °C)

Pr₂CuO₄ 1.106
antiferromagnet
≤ 255 K (−18 °C)

CePd₂Si₂ 1.288
antiferromagnet
≤ 8.5 K (−265 °C)

CePd₂Ge₂ 1.289
antiferromagnet
≤ 5.1 K (−268 °C)

NdCeBaCuFeO₇ 1.395
antiferromagnet

Pr₂CuO₄ 1.398
antiferromagnet
≤ 270 K (−3 °C)

Pr₂CuO₄ 1.399
antiferromagnet

Nd₂CuO₄ 1.406
antiferromagnet
≤ 30 K (−243 °C)

Nd₂CuO₄ 1.408
antiferromagnet
≤ 245 K (−28 °C)

CeTi₃Bi₄ 1.902
antiferromagnet
≤ 3 K (−270 °C)

C m′ m a

BNS 67.503 · 1 structure

noncollinear antiferromagnet ×1

Ba₂Mn₃Sb₂O₂ 2.53
noncollinear antiferromagnet
≤ 60 K (−213 °C)

C_a m m a

BNS 67.509 · 6 structures

antiferromagnet ×6

MnPt_0.5Pd_0.5 1.466
antiferromagnet
≤ 866 K (593 °C)

Tb_0.6Y_0.4RhIn₅ 1.467
antiferromagnet
≤ 37.6 K (−236 °C)

Tb₁Co₁Ga₅ 1.666
antiferromagnet
≤ 36.2 K (−237 °C)

U₁Pt₁Ga₅ 1.667
antiferromagnet
≤ 26 K (−247 °C)

Ho₁Co₁Ga₅ 1.668
antiferromagnet
≤ 7.5 K (−266 °C)

Np₁F₁Ga₅ 1.670
antiferromagnet
≤ 118 K (−155 °C)

C_A m m a

BNS 67.510 · point group mmm1′ · 1 structure

antiferromagnet ×1

CeMgPb 1.142
antiferromagnet
≤ 7 K (−266 °C)

C c′ c a

BNS 68.513 · 1 structure

noncollinear antiferromagnet ×1

FeSn₂ 2.66
noncollinear antiferromagnet
≤ 93 K (−180 °C)

C_A c c a

BNS 68.520 · 1 structure

antiferromagnet ×1

MnSn₂ 1.558
antiferromagnet
≤ 325 K (52 °C)

F m′ m m

BNS 69.523 · point group m′mm · 2 structures

antiferromagnet ×2

EuTiO₃ 0.16
antiferromagnet
≤ 5.3 K (−268 °C)

Mn₂Au₁ 0.1081
antiferromagnet

F m′ m′ m

BNS 69.524 · 2 structures

s-wave ferromagnet ×2

Pr_0.5Sr_0.5CoO₃ 0.305
s-wave ferromagnet
≤ 120 K (−153 °C)

Pr_0.5Sr_0.4Ba_0.1CoO₃ 0.718
s-wave ferromagnet
≤ 126 K (−147 °C)

F_S m m m

BNS 69.526 · 4 structures

antiferromagnet ×4

YBa₂Cu₃O_6+d 1.5
antiferromagnet
≤ 15 K (−258 °C)

SrFeO₂ 1.65
antiferromagnet
≤ 473 K (200 °C)

YBaCuFeO₅ 1.285
antiferromagnet
≤ 475 K (202 °C)

La₁Cu₃Fe₄O₁₂ 1.846
antiferromagnet
≤ 393 K (120 °C)

F d′ d′ d

BNS 70.530 · point group m′m′m · 4 structures

s-wave compensated ferrimagnet ×2d-wave altermagnet ×1s-wave ferrimagnet ×1

NiCr₂O₄ 0.4
s-wave ferrimagnet
≤ 74 K (−199 °C)

Bi₂RuMnO₇ 0.153
d-wave altermagnet
≤ 20 K (−253 °C)

Ni₁Cr₂O₄ 0.892
s-wave compensated ferrimagnet
≤ 74 K (−199 °C)

Ni₁Cr₂O₄ 0.893
s-wave compensated ferrimagnet
≤ 24 K (−249 °C)

I m′ m m

BNS 71.535 · 3 structures

antiferromagnet ×3

ThCr₂Si₂ 0.466
antiferromagnet
≤ 830 K (557 °C)

Mn₂Au 0.639
antiferromagnet
> 1000 K (727 °C)

Mn₂Au 0.640
antiferromagnet
> 1000 K (727 °C)

I m′ m′ m

BNS 71.536 · point group m′m′m · 4 structures

s-wave ferrimagnet ×2noncollinear ferrimagnet ×1d-wave altermagnet ×1

La₂O₃FeMnSe₂ 0.522
d-wave altermagnet
≤ 76 K (−197 °C)

K₁Tb₃F₁₀ 0.1122
noncollinear ferrimagnet

URu_0.96Rh_0.04Si₂ 1.0.2
s-wave ferrimagnet

UAu₂Si₂ 1.0.12
s-wave ferrimagnet
≤ 20 K (−253 °C)

I_c m m m

BNS 71.538 · point group mmm1′ · 1 structure

antiferromagnet ×1

La₂Ba₂Mn₄O₁₁ 1.848
antiferromagnet
≤ 185 K (−88 °C)

I b′ a′ m

BNS 72.543 · 3 structures

d-wave altermagnet ×3

YBaMn₂O_5.5 0.98
d-wave altermagnet
≤ 120 K (−153 °C)

Y₂SrCu_0.6Co_1.4O_6.5 0.390
d-wave altermagnet
≤ 385 K (112 °C)

Y₂SrCu_0.6Co_1.4O_6.5 0.391
d-wave altermagnet
≤ 385 K (112 °C)

I b a′ m′

BNS 72.544 · point group m m′ m′ · 4 structures

noncollinear ferrimagnet ×3s-wave ferrimagnet ×1

Mn₃GeN_0.992 0.1161
noncollinear ferrimagnet
≤ 527 K (254 °C)

Mn₃GeN_0.992 0.1162
noncollinear ferrimagnet
≤ 527 K (254 °C)

Mn₃GeN_0.992 0.1163
s-wave ferrimagnet
≤ 527 K (254 °C)

Mn₃GeN_0.992 0.1164
noncollinear ferrimagnet
≤ 527 K (254 °C)

I_b b a m

BNS 72.547 · point group mmm1′ · 1 structure

noncollinear antiferromagnet ×1

Tb₁Co₁Ga₅ 2.87
noncollinear antiferromagnet
≤ 5.4 K (−268 °C)

I b′ c′ a

BNS 73.551 · 2 structures

noncollinear ferrimagnet ×1s-wave ferrimagnet ×1

Sr₂Ir_0.92Sn_0.08O₄ 0.195
noncollinear ferrimagnet
≤ 195 K (−78 °C)

FeMnO₃ 0.508
s-wave ferrimagnet

I_c b c a

BNS 73.553 · point group mmm1′ · 3 structures

antiferromagnet ×3

LaFeAsO 1.125
antiferromagnet
≤ 135 K (−138 °C)

YbCo₂Si₂ 1.176
antiferromagnet
≤ 0.9 K (−272 °C)

NdFeAsO 1.588
antiferromagnet
≤ 141 K (−132 °C)

I m′ m′ a

BNS 74.558 · 4 structures

s-wave ferromagnet ×2noncollinear ferrimagnet ×2

Pr_0.5Sr_0.5CoO₃ 0.304
s-wave ferromagnet
≤ 230 K (−43 °C)

Na₂NiCrF₇ 0.572
noncollinear ferrimagnet
≤ 4 K (−269 °C)

Na₂NiCrF₇ 0.573
noncollinear ferrimagnet
≤ 4 K (−269 °C)

Pr_0.5Sr_0.4Ba_0.1CoO₃ 0.717
s-wave ferromagnet
≤ 226 K (−47 °C)

I m m′ a′

BNS 74.559 · point group m′m′m · 12 structures

noncollinear ferrimagnet ×5s-wave ferrimagnet ×3s-wave ferromagnet ×3d-wave altermagnet ×1

NdCo₂ 0.403
s-wave ferromagnet
≤ 42 K (−231 °C)

Na₂NiFeF₇ 0.579
noncollinear ferrimagnet
≤ 88 K (−185 °C)

Na₂NiFeF₇ 0.580
noncollinear ferrimagnet
≤ 88 K (−185 °C)

Fe₂F₅(H₂O)₂ 0.583
noncollinear ferrimagnet
≤ 48 K (−225 °C)

Bi_0.8La_0.2Fe_0.5Mn_0.5O₃ 0.680
d-wave altermagnet
≤ 240 K (−33 °C)

Ni₁Cr₂O₄ 0.895
s-wave ferrimagnet

Eu₁Pd₃Si₂ 0.985
s-wave ferromagnet
≤ 78 K (−195 °C)

Mn₁Cr₂O₄ 0.989
s-wave ferrimagnet
≤ 41 K (−232 °C)

FeMn₂O₄ 0.1011
noncollinear ferrimagnet
≤ 65 K (−208 °C)

FeMn₂O₄ 0.1012
s-wave ferrimagnet
≤ 400 K (127 °C)

Ce₁Si_1.7Ag_0.3 0.1029
s-wave ferromagnet
≤ 7 K (−266 °C)

NpNiGa₅ 2.28
noncollinear ferrimagnet
≤ 18 K (−255 °C)

I m′ m′ a′

BNS 74.560 · 1 structure

antiferromagnet ×1

CeCu₂ 0.290
antiferromagnet
≤ 3.5 K (−270 °C)

I_b m m a

BNS 74.562 · 3 structures

antiferromagnet ×3

Pb₂BaCuFeO₅Br 1.393
antiferromagnet
≤ 423 K (150 °C)

Pb₂BaCuFeO₅Cl 1.394
antiferromagnet

Ba_0.67La_0.33Fe₁O₃ 1.684
antiferromagnet
≤ 170 K (−103 °C)

I_bmma

BNS 74.562 · 1 structure

antiferromagnet ×1

YBa₂Fe₃O_8.08 1.220
antiferromagnet

I 4′

BNS 82.41 · 1 structure

altermagnet ×1

CsCoF₄ 0.405
altermagnet
≤ 54 K (−219 °C)

P 4/m′

BNS 83.46 · 1 structure

noncollinear antiferromagnet ×1

NdB₄ 0.491
noncollinear antiferromagnet

P_I 4/m

BNS 83.50 · point group 4/m1′ · 2 structures

antiferromagnet ×2

BaNd_0.9Y_0.1MoO₆ 1.12
antiferromagnet
≤ 15 K (−258 °C)

Sr₂FeOsO₆ 1.47
antiferromagnet
≤ 140 K (−133 °C)

P_I 4₂/m

BNS 84.58 · point group 4/m1′ · 1 structure

antiferromagnet ×1

KTb₃F₁₂ 1.59
antiferromagnet
≤ 3.6 K (−270 °C)

P 4/n

BNS 85.59 · point group 4/m · 1 structure

noncoplanar ferrimagnet ×1

Mn₃CuN 2.5
noncoplanar ferrimagnet
≤ 143 K (−130 °C)

P_c 4/n

BNS 85.64 · point group 4/m1′ · 1 structure

antiferromagnet ×1

Sr₂FeOsO₆ 1.46
antiferromagnet
≤ 67 K (−206 °C)

P 4₂/n

BNS 86.67 · 3 structures

s-wave ferrimagnet ×2s-wave ferromagnet ×1

MnPrMnSbO₆ 0.235
s-wave ferrimagnet
≤ 75 K (−198 °C)

CaMn_0.7Co_1.3ReO₆ 0.537
s-wave ferrimagnet
≤ 188 K (−85 °C)

CaMn_1.2Ni_0.8ReO₆ 0.538
s-wave ferromagnet
≤ 152 K (−121 °C)

P_C 4₂/n

BNS 86.73 · point group 4/m1′ · 20 structures

noncollinear antiferromagnet ×20

Bi₄Fe₅O₁₃F 1.11
noncollinear antiferromagnet
≤ 178 K (−95 °C)

Bi₄Fe₅O₁₃F 1.600
noncollinear antiferromagnet
≤ 178 K (−95 °C)

Bi₄Fe₅O₁₃F 1.601
noncollinear antiferromagnet
≤ 178 K (−95 °C)

Bi₄Fe₅O₁₃F 1.602
noncollinear antiferromagnet
≤ 178 K (−95 °C)

Bi₄Fe₅O₁₃F 1.603
noncollinear antiferromagnet
≤ 178 K (−95 °C)

Bi₄Fe₅O₁₃F 1.604
noncollinear antiferromagnet
≤ 178 K (−95 °C)

Bi₄Fe₅O₁₃F 1.605
noncollinear antiferromagnet
≤ 178 K (−95 °C)

Bi₄Fe₅O₁₃F 1.606
noncollinear antiferromagnet
≤ 178 K (−95 °C)

Bi₄Fe₅O₁₃F 1.607
noncollinear antiferromagnet
≤ 178 K (−95 °C)

Bi₄Fe₅O₁₃F 1.608
noncollinear antiferromagnet
≤ 178 K (−95 °C)

Bi₄Fe₅O₁₃F 1.609
noncollinear antiferromagnet
≤ 178 K (−95 °C)

Bi₄Fe₅O₁₃F 1.610
noncollinear antiferromagnet
≤ 178 K (−95 °C)

Bi₄Fe₅O₁₃F 1.611
noncollinear antiferromagnet
≤ 178 K (−95 °C)

Bi₄Fe₅O₁₃F 1.612
noncollinear antiferromagnet
≤ 178 K (−95 °C)

Bi₄Fe₅O₁₃F 1.613
noncollinear antiferromagnet
≤ 178 K (−95 °C)

Bi₄Fe₅O₁₃F 1.614
noncollinear antiferromagnet
≤ 178 K (−95 °C)

Bi₄Fe₅O₁₃F 1.615
noncollinear antiferromagnet
≤ 178 K (−95 °C)

Bi₄Fe₅O₁₃F 1.616
noncollinear antiferromagnet
≤ 178 K (−95 °C)

Sr₂CoO₂Ag₂Se₂ 2.23
noncollinear antiferromagnet
≤ 190 K (−83 °C)

Ba₂CoO₂Ag₂Se₂ 2.24
noncollinear antiferromagnet
≤ 180 K (−93 °C)

I 4/m

BNS 87.75 · 1 structure

noncollinear antiferromagnet ×1

TlFe_1.6Se₂ 0.207
noncollinear antiferromagnet
≤ 100 K (−173 °C)

I 4/m′

BNS 87.78 · 4 structures

antiferromagnet ×4

RbyFe_2−xSe₂ 0.54
antiferromagnet
≤ 560 K (287 °C)

KyFe_2−xSe₂ 0.55
antiferromagnet
≤ 560 K (287 °C)

TlFe_1.6Se₂ 0.209
antiferromagnet
≤ 500 K (227 °C)

K_0.8Fe_1.8Se₂ 0.418
antiferromagnet
≤ 559 K (286 °C)

I 4₁/a

BNS 88.81 · point group 4/m · 1 structure

noncoplanar ferrimagnet ×1

MnV₂O₄ 0.64
noncoplanar ferrimagnet
≤ 53 K (−220 °C)

I 4₁′/a′

BNS 88.85 · 2 structures

antiferromagnet ×2

KOsO₄ 0.284
antiferromagnet
≤ 35 K (−238 °C)

KRuO₄ 0.285
antiferromagnet
≤ 22.4 K (−251 °C)

I_c 4₁/a

BNS 88.86 · point group 4/m1′ · 2 structures

noncollinear antiferromagnet ×2

FeTa₂O₆ 2.22
noncollinear antiferromagnet
≤ 8.5 K (−265 °C)

FeTa₂O₆ 2.86
noncollinear antiferromagnet
≤ 13 K (−260 °C)

P 4₁2₁2

BNS 92.111 · point group 422 · 1 structure

noncollinear antiferromagnet ×1

Ho₂Ge₂O₇ 0.107
noncollinear antiferromagnet
≤ 1.6 K (−272 °C)

P 4₁′ 2₁ 2′

BNS 92.113 · 2 structures

noncoplanar magnet ×2

Er₂Ge₂O₇ 0.419
noncoplanar magnet
≤ 1.2 K (−272 °C)

Er₂Ge₂O₇ 0.942
noncoplanar magnet
≤ 1.2 K (−272 °C)

P 4₁ 2₁′ 2′

BNS 92.114 · point group 42′2′ · 1 structure

noncoplanar ferrimagnet ×1

Yb₂Ge₂O₇ 0.943
noncoplanar ferrimagnet

P4₁2₁′2′

BNS 92.114 · 1 structure

noncoplanar ferrimagnet ×1

Nd₅Si₄ 0.184
noncoplanar ferrimagnet
≤ 66 K (−207 °C)

P_c 4₂ 2₁ 2

BNS 94.132 · 1 structure

noncoplanar magnet ×1

Ba(TiO)Cu₄(PO₄)₄ 1.235
noncoplanar magnet
≤ 9.5 K (−264 °C)

P 4₃ 2₁′ 2′

BNS 96.146 · point group 4 2′ 2′ · 2 structures

s-wave ferrimagnet ×2

Li_1.00Al_0.52Fe_4.50O₈ 0.1165
s-wave ferrimagnet
≤ 788 K (515 °C)

Li_1.00Al_0.39Fe_4.61O₈ 0.1166
s-wave ferrimagnet
≤ 804 K (531 °C)

P_I 4₃2₁2

BNS 96.150 · point group 4221′ · 1 structure

antiferromagnet ×1

ZnV₂O₄ 1.24
antiferromagnet
≤ 40 K (−233 °C)

P_C 4 b m

BNS 100.177 · point group 4mm1′ · 4 structures

antiferromagnet ×3p-wave magnet ×1

Bi₁Co₁O₃ 1.809
antiferromagnet
≤ 470 K (197 °C)

Bi₁Co₁O₃ 1.810
antiferromagnet
≤ 470 K (197 °C)

Bi₁Co₁O₃ 1.811
antiferromagnet
≤ 470 K (197 °C)

La₁Fe₁As_0.55P_0.45O₁ 1.888
p-wave magnet
≤ 35 K (−238 °C)

P_c 4 c c

BNS 103.200 · point group 4mm1′ · 1 structure

antiferromagnet ×1

Ce₁Rh₁Ge₃ 1.743
antiferromagnet
≤ 7 K (−266 °C)

I 4 m′ m′

BNS 107.231 · 1 structure

s-wave compensated ferrimagnet ×1

CeIrGe₃ 1.0.29
s-wave compensated ferrimagnet
≤ 4.7 K (−268 °C)

I 4m′ m′

BNS 107.231 · point group 4m′m′ · 1 structure

s-wave ferrimagnet ×1

CeCoGe₃ 1.0.11
s-wave ferrimagnet
≤ 21 K (−252 °C)

I_c 4 c m

BNS 108.238 · point group 4mm1′ · 1 structure

p-wave magnet ×1

La₁Mn₁Au₅ 1.839
p-wave magnet
≤ 160 K (−113 °C)

I 4₁′ c d′

BNS 110.248 · point group 4′m′m · 1 structure

d-wave altermagnet ×1

Pb₁Ni_1.76Mg_0.24V₂O₈ 0.1035
d-wave altermagnet
≤ 3.2 K (−270 °C)

P 42′m′

BNS 111.255 · point group 42′m′ · 1 structure

noncoplanar magnet ×1

MgCr₂O₄ 3.4
noncoplanar magnet
≤ 16 K (−257 °C)

P_C 4 2 m

BNS 111.257 · 1 structure

p-wave magnet ×1

Sr₂FeO₃F 1.387
p-wave magnet

P 4 2₁ m

BNS 113.267 · 1 structure

g-wave altermagnet ×1

Ba₂MnSi₂O₇ 0.229
g-wave altermagnet
≤ 3 K (−270 °C)

P_C 4 2₁ m

BNS 113.273 · 10 structures

p-wave magnet ×9antiferromagnet ×1

Sr₂FeO₃Cl 1.380
p-wave magnet

Sr₂FeO₃Br 1.381
p-wave magnet

Ca₂FeO₃Cl 1.382
p-wave magnet

Ca₂FeO₃Br 1.383
p-wave magnet

Sr₂FeO₃F 1.385
p-wave magnet

Ca₂Fe₁O₃Cl₁ 1.842
p-wave magnet
≤ 360 K (87 °C)

Ca₂Fe₁O₃Cl₁ 1.843
p-wave magnet
≤ 360 K (87 °C)

Ca₂Fe₁O₃Cl₁ 1.844
p-wave magnet
≤ 311 K (38 °C)

Ca₂Fe₁O₃Cl₁ 1.845
p-wave magnet
≤ 311 K (38 °C)

La₁Fe₁As_0.35P_0.65O₁ 1.887
antiferromagnet
≤ 25 K (−248 °C)

P 4′ 2₁ c′

BNS 114.278 · 1 structure

noncollinear antiferromagnet ×1

Pb₂MnO₄ 0.552
noncollinear antiferromagnet
≤ 18 K (−255 °C)

P_I 42₁c

BNS 114.282 · point group 42m1′ · 1 structure

noncoplanar magnet ×1

alpha-Mn 1.85
noncoplanar magnet
≤ 95 K (−178 °C)

P_C 4 b 2

BNS 117.305 · point group 42m1′ · 1 structure

noncoplanar magnet ×1

Ce₃NIn 1.152
noncoplanar magnet
≤ 9 K (−264 °C)

P_I 4 n 2

BNS 118.314 · 1 structure

antiferromagnet ×1

NdBiPt 1.574
antiferromagnet
≤ 2.2 K (−271 °C)

I 4 m′ 2′

BNS 119.319 · point group 42′m′ · 4 structures

s-wave ferrimagnet ×4

EuCr₂As₂ 0.367
s-wave ferrimagnet
≤ 21 K (−252 °C)

Cr₂CoAl 0.1073
s-wave ferrimagnet
≤ 730 K (457 °C)

Cr_2.2Co_0.8Al 0.1074
s-wave ferrimagnet
≤ 730 K (457 °C)

LiFeCr₄O₈ 1.277
s-wave ferrimagnet
≤ 94 K (−179 °C)

I 4 2′ m′

BNS 121.331 · point group 42′m′ · 1 structure

noncoplanar ferrimagnet ×1

Mn 0.1028
noncoplanar ferrimagnet
≤ 52 K (−221 °C)

I_c 4 2 m

BNS 121.332 · 4 structures

p-wave magnet ×2antiferromagnet ×1noncoplanar magnet ×1

Sr₂FeO₃F 1.386
p-wave magnet

Cu₄O₃ 1.418
p-wave magnet
≤ 41 K (−232 °C)

Gd₁In₁Cu₄ 1.699
antiferromagnet
≤ 7 K (−266 °C)

Zn₁Fe₂O₄ 1.828
noncoplanar magnet
≤ 10 K (−263 °C)

I 4 2 d

BNS 122.333 · 2 structures

g-wave altermagnet ×2

Ce₄Ge₃ 0.448
g-wave altermagnet
≤ 5 K (−268 °C)

CuFeS₂ 0.802
g-wave altermagnet
≤ 823 K (550 °C)

I 4′ 2 d′

BNS 122.336 · 1 structure

d-wave altermagnet ×1

Ce₄Sb₃ 0.681
d-wave altermagnet

I_c 4 2 d

BNS 122.338 · 3 structures

p-wave magnet ×2noncoplanar magnet ×1

Sr₂CuO₂Cu₂S₂ 1.456
p-wave magnet

Zn₁Fe₂O₄ 1.759
noncoplanar magnet
≤ 10 K (−263 °C)

Zn₁Fe₂O₄ 1.760
p-wave magnet
≤ 10.6 K (−263 °C)

I_c 42d

BNS 122.338 · point group 42m1′ · 1 structure

p-wave magnet ×1

GeCu₂O₄ 1.185
p-wave magnet
≤ 32.2 K (−241 °C)

P 4/m m′ m′

BNS 123.345 · point group 4/mm′m′ · 7 structures

s-wave ferromagnet ×4s-wave compensated ferrimagnet ×2s-wave ferrimagnet ×1

LaBaMn₂O₆ 0.736
s-wave ferromagnet
≤ 270 K (−3 °C)

LaBaMn₂O₆ 0.737
s-wave ferromagnet
≤ 335 K (62 °C)

LaBaMn₂O₆ 0.738
s-wave ferromagnet
≤ 335 K (62 °C)

Pr₁Ba₁Mn₂O₆ 0.1058
s-wave ferromagnet
≤ 309 K (36 °C)

PrCo₂P₂ 2.26
s-wave compensated ferrimagnet
≤ 19 K (−254 °C)

UPd₂Si₂ 2.65
s-wave compensated ferrimagnet
< 80 K (−193 °C)

Eu₃Pb₁O₁ 3.23
s-wave ferrimagnet

P_C 4/m m m

BNS 123.349 · 1 structure

noncollinear antiferromagnet ×1

KCuMnS₂ 2.44
noncollinear antiferromagnet
≤ 160 K (−113 °C)

P_c 4/m c c

BNS 124.360 · point group 4/mmm1′ · 10 structures

antiferromagnet ×10

NdMg 1.162
antiferromagnet
≤ 61 K (−212 °C)

NdCo₂P₂ 1.251
antiferromagnet
≤ 309 K (36 °C)

UPtGa₅ 1.255
antiferromagnet
≤ 26 K (−247 °C)

NpRhGa₅ 1.261
antiferromagnet
≤ 36 K (−237 °C)

La_0.25Pr_0.75Co₂P₂ 1.316
antiferromagnet
≤ 225 K (−48 °C)

UPb₃ 1.423
antiferromagnet
≤ 32 K (−241 °C)

CeRhAl₄Si₂ 1.486
antiferromagnet
≤ 9 K (−264 °C)

CeIrAl₄Si₂ 1.487
antiferromagnet
≤ 14 K (−259 °C)

TbNi₂Ge₂ 1.510
antiferromagnet
≤ 17 K (−256 °C)

Np₁Co₁Ga₅ 1.671
antiferromagnet
≤ 47 K (−226 °C)

P_I 4/m c c

BNS 124.362 · 2 structures

antiferromagnet ×2

Nd₆Fe₁₃Sn 1.451
antiferromagnet
≤ 433 K (160 °C)

LaFe_11.83Al_1.17 1.621
antiferromagnet
≤ 218 K (−55 °C)

P 4′/n b m′

BNS 125.367 · 2 structures

d-wave altermagnet ×2

CeMn₂Ge₄O₁₂ 0.189
d-wave altermagnet

ZrMn₂Ge₄O₁₂ 0.315
d-wave altermagnet
≤ 8 K (−265 °C)

P_C 4/n b m

BNS 125.373 · point group 4/mmm1′ · 1 structure

noncollinear antiferromagnet ×1

NdMg 2.14
noncollinear antiferromagnet
≤ 35 K (−238 °C)

P_c 4/n n c

BNS 126.384 · 1 structure

antiferromagnet ×1

ErFeCuGe₄O₁₂ 1.236
antiferromagnet
≤ 20 K (−253 °C)

P_C 4/n n c

BNS 126.385 · point group 4/mmm1′ · 1 structure

noncollinear antiferromagnet ×1

BaNd₂ZnS₅ 2.104
noncollinear antiferromagnet
≤ 2.9 K (−270 °C)

P_I 4/n n c

BNS 126.386 · 27 structures

antiferromagnet ×27

CaCo_1.86As₂ 0.691
antiferromagnet
≤ 52 K (−221 °C)

CeCo₂P₂ 1.253
antiferromagnet
≤ 440 K (167 °C)

UGeTe 1.425
antiferromagnet
≤ 73 K (−200 °C)

EuMn₂Si₂ 1.453
antiferromagnet
≤ 391 K (118 °C)

TbMn₂Si₂ 1.468
antiferromagnet

YMn₂Si₂ 1.469
antiferromagnet
≤ 410 K (137 °C)

CeMn₂Si₂ 1.488
antiferromagnet
≤ 379 K (106 °C)

CeMn₂Si₂ 1.489
antiferromagnet
≤ 384 K (111 °C)

CeMn₂Si₂ 1.490
antiferromagnet
≤ 380 K (107 °C)

PrMn₂Si₂ 1.491
antiferromagnet
≤ 348 K (75 °C)

PrMn₂Si₂ 1.492
antiferromagnet
≤ 368 K (95 °C)

NdMn₂Si₂ 1.493
antiferromagnet
≤ 382 K (109 °C)

NdMn₂Si₂ 1.494
antiferromagnet
≤ 380 K (107 °C)

YMn₂Si₂ 1.495
antiferromagnet
≤ 460 K (187 °C)

YMn₂Ge₂ 1.496
antiferromagnet
≤ 395 K (122 °C)

NdScSiC_0.5H_0.2 1.503
antiferromagnet
≤ 10 K (−263 °C)

ErMn₂Si₂ 1.636
antiferromagnet

ErMn₂Si₂ 1.637
antiferromagnet

ErMn₂Ge₂ 1.638
antiferromagnet

ErMn₂Ge₂ 1.639
antiferromagnet

ErMn₂Ge₂ 1.640
antiferromagnet
≤ 475 K (202 °C)

Lu₁Mn₂Ge₂ 1.689
antiferromagnet
≤ 508 K (235 °C)

Tm₁Mn₂Ge₂ 1.690
antiferromagnet
≤ 487 K (214 °C)

YMn₂Ge₂ 1.691
antiferromagnet

YMn₂Ge₂ 1.692
antiferromagnet

DyMn₂Ge₂ 1.693
antiferromagnet
≤ 431 K (158 °C)

Tb₁Mn₂Ge₂ 1.694
antiferromagnet
≤ 413 K (140 °C)

P 4′/m b m′

BNS 127.391 · point group 4′/mm′m · 1 structure

d-wave altermagnet ×1

Ho₁Tm₄ 0.1127
d-wave altermagnet
≤ 10 K (−263 °C)

P4/mb’m’

BNS 127.393 · point group 4/mm′m′ · 1 structure

s-wave ferromagnet ×1

Tm₂Cu₂In₁ 0.1037
s-wave ferromagnet
≤ 31 K (−242 °C)

P 4′/m′ b m′

BNS 127.394 · 5 structures

noncollinear antiferromagnet ×5

U₂Pd₂In 0.80
noncollinear antiferromagnet
≤ 36 K (−237 °C)

U₂Pd₂Sn 0.81
noncollinear antiferromagnet
≤ 41 K (−232 °C)

U₂Pd₂In 0.320
noncollinear antiferromagnet
≤ 31 K (−242 °C)

U₂Pd₂Sn 0.321
noncollinear antiferromagnet
≤ 40 K (−233 °C)

U₂Pd₂In 0.625
noncollinear antiferromagnet
≤ 40.8 K (−232 °C)

P 4/m′ b′ m′

BNS 127.395 · point group 4/m′m′m′ · 1 structure

noncollinear antiferromagnet ×1

GdB₄ 0.9
noncollinear antiferromagnet
≤ 42 K (−231 °C)

P_c 4/m b m

BNS 127.396 · 1 structure

noncollinear antiferromagnet ×1

Yb₂Pd₂(In_0.4Sn_0.6) 1.333
noncollinear antiferromagnet
≤ 3 K (−270 °C)

P_C 4/m b m

BNS 127.397 · point group 4/mmm1′ · 3 structures

antiferromagnet ×3

Sr₂MnGaO_5.5 0.824
antiferromagnet
≤ 110 K (−163 °C)

GdIn₃ 1.81
antiferromagnet
≤ 44.2 K (−229 °C)

GdIn₃ 1.419
antiferromagnet
≤ 44 K (−229 °C)

P_c 4/m n c

BNS 128.408 · point group 4/mmm1′ · 4 structures

noncollinear antiferromagnet ×2noncoplanar magnet ×1antiferromagnet ×1

U₂Ni₂In 1.102
noncoplanar magnet
≤ 14 K (−259 °C)

U₂Pd_2.35Sn_0.65 1.337
antiferromagnet
≤ 17 K (−256 °C)

U₂Ni₂In 1.338
noncollinear antiferromagnet
≤ 15 K (−258 °C)

U₂Ni₂In 1.549
noncollinear antiferromagnet
≤ 14 K (−259 °C)

P_I 4/m n c

BNS 128.410 · 21 structures

antiferromagnet ×21

PrScSb 0.454
antiferromagnet
≤ 16 K (−257 °C)

DyCo₂Si₂ 1.21
antiferromagnet
≤ 21 K (−252 °C)

UP 1.160
antiferromagnet
≤ 122 K (−151 °C)

TbRh₂Si₂ 1.187
antiferromagnet
≤ 92 K (−181 °C)

CeAu₂Si₂ 1.291
antiferromagnet
≤ 10 K (−263 °C)

Sr₂MnO₂Ag_1.5Se₂ 1.372
antiferromagnet
≤ 63 K (−210 °C)

NdRh₂Si₂ 1.421
antiferromagnet
≤ 55 K (−218 °C)

HoCo₂Ge₂ 1.427
antiferromagnet
≤ 8 K (−265 °C)

UN 1.428
antiferromagnet
≤ 55 K (−218 °C)

URu₂Si₂ 1.442
antiferromagnet
≤ 17.5 K (−256 °C)

TbCo₂Si₂ 1.512
antiferromagnet
≤ 30 K (−243 °C)

HoCo₂Si₂ 1.513
antiferromagnet
≤ 13 K (−260 °C)

HoCo₂Si₂ 1.514
antiferromagnet
≤ 12 K (−261 °C)

CeC₂ 1.530
antiferromagnet
≤ 33 K (−240 °C)

PrC₂ 1.531
antiferromagnet
≤ 15 K (−258 °C)

NdC₂ 1.532
antiferromagnet
≤ 29 K (−244 °C)

UPd₂Si₂ 1.536
antiferromagnet
≤ 108 K (−165 °C)

URh₂Si₂ 1.537
antiferromagnet
≤ 137 K (−136 °C)

Ba₂YbRuO₆ 1.566
antiferromagnet
≤ 48 K (−225 °C)

Ba₂TmRuO₆ 1.567
antiferromagnet
≤ 42 K (−231 °C)

Mn₁H_0.41 1.879
antiferromagnet

P_I4/mnc

BNS 128.410 · 1 structure

antiferromagnet ×1

UAs 1.208
antiferromagnet
≤ 124 K (−149 °C)

P 4′/n′ m ′ m

BNS 129.416 · 2 structures

antiferromagnet ×2

CaMnSi 0.599
antiferromagnet
≤ 360 K (87 °C)

CaMnSi 0.600
antiferromagnet
≤ 360 K (87 °C)

P 4′/n′ m′ m

BNS 129.416 · point group 4′/m′m′m · 26 structures

antiferromagnet ×26

CaMnBi₂ 0.72
antiferromagnet
≤ 300 K (27 °C)

KMnSb 0.617
antiferromagnet
< 295 K (22 °C)

KMnBi 0.618
antiferromagnet
< 295 K (22 °C)

LaMnAsO 0.619
antiferromagnet
≤ 317 K (44 °C)

NdMnAsO 0.620
antiferromagnet
≤ 335 K (62 °C)

NdMnAsO 0.623
antiferromagnet
≤ 359 K (86 °C)

LaMnAsO 0.624
antiferromagnet
≤ 317 K (44 °C)

NaMnP 0.626
antiferromagnet
> 293 K (20 °C)

NaMnP 0.627
antiferromagnet
> 293 K (20 °C)

NaMnP 0.628
antiferromagnet
> 293 K (20 °C)

NaMnAs 0.629
antiferromagnet
> 293 K (20 °C)

NaMnAs 0.630
antiferromagnet
> 293 K (20 °C)

NaMnSb 0.631
antiferromagnet
> 293 K (20 °C)

NaMnSb 0.632
antiferromagnet
> 293 K (20 °C)

NaMnBi 0.634
antiferromagnet
> 293 K (20 °C)

NaMnBi 0.635
antiferromagnet
> 293 K (20 °C)

CeMnSbO 0.665
antiferromagnet
≤ 240 K (−33 °C)

LaMnSbO 0.667
antiferromagnet
≤ 255 K (−18 °C)

“Yb 0.766
antiferromagnet
≤ 345 K (72 °C)

YbMnBi₂ 0.769
antiferromagnet
≤ 298 K (25 °C)

Th₁Mn₁P₁N₁ 0.920
antiferromagnet

Th₁Mn₁P₁N₁ 0.921
antiferromagnet

Th₁Mn₁As₁N₁ 0.922
antiferromagnet

Th₁Mn₁As₁N₁ 0.923
antiferromagnet

Sr₂V₁Cr₁As₁O₃ 0.1100
antiferromagnet
≤ 335 K (62 °C)

Sr₂V₁Cr₁As₁O₃ 0.1101
antiferromagnet
≤ 335 K (62 °C)

P4′/n′m′m

BNS 129.416 · 2 structures

antiferromagnet ×2

CeMnAsO 0.186
antiferromagnet
≤ 347 K (74 °C)

YbMnBi₂ 0.267
antiferromagnet
≤ 290 K (17 °C)

P 4/n m′ m′

BNS 129.417 · 7 structures

s-wave ferrimagnet ×5s-wave ferromagnet ×2

UPSe 0.593
s-wave ferromagnet
≤ 110 K (−163 °C)

UAsS 0.594
s-wave ferromagnet
≤ 125 K (−148 °C)

LaBaMn₂O₅ 0.735
s-wave ferrimagnet
≤ 100 K (−173 °C)

YBaMn₂O₅ 0.739
s-wave ferrimagnet
≤ 165 K (−108 °C)

SmBaMn₂O₅ 0.797
s-wave ferrimagnet
≤ 134 K (−139 °C)

Mn₂Sb 0.855
s-wave ferrimagnet
≤ 550 K (277 °C)

Tb₁Mn₂Ge₂ 2.95
s-wave ferrimagnet
≤ 110 K (−163 °C)

P 4/n′ m′ m′

BNS 129.419 · 2 structures

antiferromagnet ×2

UPt₂Si₂ 0.194
antiferromagnet
≤ 35 K (−238 °C)

UBi₂ 0.378
antiferromagnet
≤ 183 K (−90 °C)

P_I 4/n m m

BNS 129.422 · point group 4/mmm1′ · 1 structure

noncollinear antiferromagnet ×1

Y₁Mn₁₂ 1.780
noncollinear antiferromagnet
≤ 120 K (−153 °C)

P 4/n′ c′ c′

BNS 130.431 · 2 structures

antiferromagnet ×2

Bi₂CuO₄ 0.348
antiferromagnet
≤ 50 K (−223 °C)

Bi₂CuO₄ 0.694
antiferromagnet
≤ 47.5 K (−226 °C)

P_c 4/n c c

BNS 130.432 · 7 structures

antiferromagnet ×7

CeSbTe 1.271
antiferromagnet
≤ 2.3 K (−271 °C)

USb₂ 1.384
antiferromagnet
≤ 206 K (−67 °C)

UGeS 1.426
antiferromagnet
≤ 90 K (−183 °C)

UPd₂Ge₂ 1.535
antiferromagnet
≤ 80 K (−193 °C)

Ce₁Au₁Bi₂ 1.714
antiferromagnet
≤ 19 K (−254 °C)

U₁Cu_0.61Bi₂ 1.852
antiferromagnet
≤ 70 K (−203 °C)

UOTe 1.901
antiferromagnet
≤ 150 K (−123 °C)

P_c4/ncc

BNS 130.432 · 1 structure

antiferromagnet ×1

UP₂ 1.215
antiferromagnet
≤ 203 K (−70 °C)

P_C 4/n c c

BNS 130.433 · point group 4/mmm1′ · 1 structure

noncollinear antiferromagnet ×1

BaNd₂ZnO₅ 2.73
noncollinear antiferromagnet
≤ 1.8 K (−271 °C)

P 4₂′/m′ m′ c

BNS 131.440 · point group 4′/m′m′m · 3 structures

antiferromagnet ×3

Ce₂PdGe₃ 0.166
antiferromagnet
≤ 10.7 K (−262 °C)

EuMnBi₂ 2.50
antiferromagnet
≤ 22 K (−251 °C)

Eu₁Mn₁Bi₂ 2.98
antiferromagnet
≤ 22 K (−251 °C)

P_c 4₂/m c m

BNS 132.456 · point group 4/mmm1′ · 3 structures

antiferromagnet ×3

Mn₃Pt 1.143
antiferromagnet
≤ 475 K (202 °C)

K₁V₂Se₂O₁ 1.875
antiferromagnet
≤ 400 K (127 °C)

Rb_1−δV₂Te₂O 1.894
antiferromagnet
≤ 337 K (64 °C)

P_C 4₂/n n m

BNS 134.481 · point group 4/mmm1′ · 6 structures

noncollinear antiferromagnet ×6

Nd₂CuO₄ 2.6
noncollinear antiferromagnet
≤ 276 K (3 °C)

UP 2.13
noncollinear antiferromagnet
≤ 22.5 K (−251 °C)

LaSrFeO₄ 2.42
noncollinear antiferromagnet
≤ 380 K (107 °C)

Pr₂CuO₄ 2.48
noncollinear antiferromagnet
≤ 270 K (−3 °C)

Nd₂CuO₄ 2.78
noncollinear antiferromagnet
≤ 245 K (−28 °C)

Pr₂CuO₄ 2.79
noncollinear antiferromagnet
≤ 284 K (11 °C)

P_C4₂/nnm

BNS 134.481 · 1 structure

noncollinear antiferromagnet ×1

UAs 2.20
noncollinear antiferromagnet
≤ 62 K (−211 °C)

P_c 4₂/m b c

BNS 135.492 · point group 4/mmm1′ · 3 structures

antiferromagnet ×2noncoplanar magnet ×1

U₂Rh₂Sn 1.103
antiferromagnet
≤ 28 K (−245 °C)

U₂Rh₂Sn 1.207
noncoplanar magnet
≤ 25 K (−248 °C)

U₂Ni₂Sn 1.479
antiferromagnet
≤ 25 K (−248 °C)

P 4₂′/m n m′

BNS 136.499 · point group 4′/mm′m · 3 structures

d-wave altermagnet ×3

MnF₂ 0.15
d-wave altermagnet
≤ 67 K (−206 °C)

LiFe₂F₆ 0.501
d-wave altermagnet
≤ 105 K (−168 °C)

RuO₂ 0.607
d-wave altermagnet
> 300 K (27 °C)

P4₂′/mnm′

BNS 136.499 · 1 structure

d-wave altermagnet ×1

CoF₂ 0.178
d-wave altermagnet
≤ 39 K (−234 °C)

P 4₂/m′ n′ m′

BNS 136.503 · point group 4/m′m′m′ · 2 structures

antiferromagnet ×2

Fe₂TeO₆ 0.142
antiferromagnet
≤ 219 K (−54 °C)

Fe₂Te₁O₆ 0.960
antiferromagnet
≤ 218.5 K (−55 °C)

P_c 4₂/m n m

BNS 136.504 · point group 4/mmm1′ · 1 structure

noncollinear antiferromagnet ×1

Ce₂Cu₂In₁ 1.877
noncollinear antiferromagnet
≤ 4.7 K (−268 °C)

P_I 4₂/m n m

BNS 136.506 · 2 structures

antiferromagnet ×2

Ni_1.64Co_0.36Mn_1.28Ga_0.72 1.198
antiferromagnet
≤ 450 K (177 °C)

Sr₂Cr₃As₂O₂ 1.461
antiferromagnet
≤ 590 K (317 °C)

P 4₂/n c′ m′

BNS 138.525 · 2 structures

noncollinear antiferromagnet ×1noncoplanar ferrimagnet ×1

Nd₂NiO_4.11 0.247
noncollinear antiferromagnet
≤ 53 K (−220 °C)

Nd₂NiO₄ 0.349
noncoplanar ferrimagnet
≤ 130 K (−143 °C)

P_c 4₂/n c m

BNS 138.528 · point group 4/mmm1′ · 17 structures

antiferromagnet ×17

LaCrAsO 1.146
antiferromagnet

KMnP 1.539
antiferromagnet
> 295 K (22 °C)

KMnP 1.540
antiferromagnet
> 295 K (22 °C)

RbMnP 1.541
antiferromagnet
> 295 K (22 °C)

RbMnP 1.542
antiferromagnet
> 295 K (22 °C)

RbMnAs 1.543
antiferromagnet
> 295 K (22 °C)

RbMnAs 1.544
antiferromagnet
> 293 K (20 °C)

RbMnBi 1.545
antiferromagnet

CsMnBi 1.546
antiferromagnet
< 295 K (22 °C)

CsMnP 1.547
antiferromagnet
> 295 K (22 °C)

CsMnP 1.548
antiferromagnet
> 295 K (22 °C)

LiMnAs 1.550
antiferromagnet
> 393 K (120 °C)

LiMnAs 1.551
antiferromagnet
> 393 K (120 °C)

LiMnAs 1.552
antiferromagnet
> 393 K (120 °C)

KMnAs 1.553
antiferromagnet
> 293 K (20 °C)

KMnAs 1.554
antiferromagnet
> 293 K (20 °C)

Ce₁Mn_0.84Sb₂ 1.882
antiferromagnet
≤ 167 K (−106 °C)

P_C 4₂/n c m

BNS 138.529 · point group 4/mmm1′ · 7 structures

noncollinear antiferromagnet ×6antiferromagnet ×1

Sm₂CuO₄ 2.7
noncollinear antiferromagnet
≤ 280 K (7 °C)

LaCaFeO₄ 2.39
noncollinear antiferromagnet
≤ 373 K (100 °C)

LaBaFeO₄ 2.40
noncollinear antiferromagnet

LaSrFeO₄ 2.41
noncollinear antiferromagnet
≤ 380 K (107 °C)

Eu₂CuO₄ 2.77
noncollinear antiferromagnet
≤ 265 K (−8 °C)

La₁Sr₁Cr₁O₄ 2.89
noncollinear antiferromagnet
≤ 170 K (−103 °C)

Ba_0.76Na_0.24Fe₂As₂ 2.120
antiferromagnet
≤ 40 K (−233 °C)

I 4′/m m′ m

BNS 139.534 · point group 4′/mm′m · 3 structures

d-wave altermagnet ×3

La₂Mn₂O₃Se₂ 0.1091
d-wave altermagnet
≤ 163 K (−110 °C)

La₂Mn₂O₃Se₂ 0.1092
d-wave altermagnet
≤ 163 K (−110 °C)

La₂Mn₂O₃Se₂ 0.1093
d-wave altermagnet
≤ 163 K (−110 °C)

I 4′/m m m′

BNS 139.535 · 4 structures

d-wave altermagnet ×3noncoplanar magnet ×1

CaFe₄Al₈ 0.236
noncoplanar magnet
≤ 180 K (−93 °C)

Sr_0.7Tb_0.3CoO_2.9 0.531
d-wave altermagnet
≤ 300 K (27 °C)

Sr_0.7Ho_0.3CoO_2.7 0.532
d-wave altermagnet
≤ 300 K (27 °C)

Sr_0.7Er_0.3CoO_2.8 0.533
d-wave altermagnet
≤ 290 K (17 °C)

I 4′/m′ m′ m

BNS 139.536 · point group 4′/m′m′m · 24 structures

antiferromagnet ×24

BaMn₂As₂ 0.18
antiferromagnet
≤ 625 K (352 °C)

SrMnBi₂ 0.73
antiferromagnet
≤ 295 K (22 °C)

BaMn₂Bi₂ 0.89
antiferromagnet
≤ 390 K (117 °C)

Sr₂Mn₃As₂O₂ 0.212
antiferromagnet
≤ 340 K (67 °C)

SrCr₂As₂ 0.364
antiferromagnet
≤ 590 K (317 °C)

BaCr₂As₂ 0.365
antiferromagnet
≤ 580 K (307 °C)

BaCrFeAs₂ 0.366
antiferromagnet
≤ 265 K (−8 °C)

EuMnBi₂ 0.426
antiferromagnet
≤ 315 K (42 °C)

BaMn₂P₂ 0.464
antiferromagnet

HoCr₂Si₂ 0.465
antiferromagnet
≤ 718 K (445 °C)

BaMn₂Sb₂ 0.470
antiferromagnet
≤ 443 K (170 °C)

Ba₂Mn₃Sb₂O₂ 0.471
antiferromagnet
≤ 314 K (41 °C)

LaMn₂Si₂ 0.472
antiferromagnet

EuMn₂Ge₂ 0.474
antiferromagnet
≤ 667 K (394 °C)

ErCr₂Si₂ 0.486
antiferromagnet
≤ 692 K (419 °C)

LaMn₂Si₂ 0.498
antiferromagnet
≤ 450 K (177 °C)

TbCr₂Si₂ 0.518
antiferromagnet
≤ 758 K (485 °C)

HoCr₂Si₂ 0.519
antiferromagnet
≤ 718 K (445 °C)

CaMn₂Ge₂ 0.603
antiferromagnet
≤ 546 K (273 °C)

CaMn₂Ge₂ 0.604
antiferromagnet
≤ 546 K (273 °C)

BaMn₂Ge₂ 0.605
antiferromagnet
≤ 465 K (192 °C)

BaMn₂Ge₂ 0.606
antiferromagnet
≤ 465 K (192 °C)

BaMnSb₂ 0.611
antiferromagnet
≤ 283 K (10 °C)

Eu₁Mn₁Bi₂ 0.919
antiferromagnet
≤ 337 K (64 °C)

I 4/m m′ m′

BNS 139.537 · point group 4/mm′m′ · 15 structures

s-wave ferromagnet ×8s-wave ferrimagnet ×5s-wave compensated ferrimagnet ×1noncoplanar ferrimagnet ×1

Sr₂Mn₂CuAs₂O₂ 0.213
s-wave ferrimagnet
≤ 95 K (−178 °C)

Mn_2.85Ga_1.15 0.356
s-wave ferrimagnet

Co₂MnSi 0.554
s-wave ferromagnet
≤ 1014 K (741 °C)

UPTe 0.595
s-wave ferromagnet
≤ 85 K (−188 °C)

UAsTe 0.596
s-wave ferromagnet
≤ 85 K (−188 °C)

Tb₁Mn₂Ge₂ 0.897
s-wave ferrimagnet
≤ 105 K (−168 °C)

DyMn₂Ge₂ 0.902
s-wave ferrimagnet
≤ 33 K (−240 °C)

Pb₂Fe₁Mo₁O₆ 0.953
s-wave ferrimagnet
≤ 270 K (−3 °C)

Pr₁Ru₂Si₂ 0.970
s-wave ferromagnet
≤ 14 K (−259 °C)

Ho₁P₁ 0.971
s-wave ferromagnet
≤ 5.4 K (−268 °C)

K₁Tb₃F₁₀ 0.1121
s-wave ferromagnet

Tb₃Ni₆Ga₂ 0.1157
s-wave ferromagnet
≤ 72 K (−201 °C)

Tb₃Ni₆Ga₂ 0.1158
s-wave ferromagnet
≤ 72 K (−201 °C)

UPd₂Si₂ 1.0.43
s-wave compensated ferrimagnet
≤ 150 K (−123 °C)

Mn₃ZnC 2.19
noncoplanar ferrimagnet
≤ 233 K (−40 °C)

I 4/m′ m′ m′

BNS 139.539 · 1 structure

antiferromagnet ×1

UGeSe 0.413
antiferromagnet
≤ 40 K (−233 °C)

I 4/m c m

BNS 140.541 · 1 structure

g-wave altermagnet ×1

KMnF₃ 0.433
g-wave altermagnet
≤ 86.8 K (−186 °C)

I_c 4/m c m

BNS 140.550 · 10 structures

antiferromagnet ×10

DyCo₂Ga₈ 1.80
antiferromagnet
≤ 15.2 K (−258 °C)

Nd₂RhIn₈ 1.82
antiferromagnet
≤ 10.6 K (−263 °C)

SrFeO₂F 1.84
antiferromagnet
≤ 710 K (437 °C)

TbCo₂Ga₈ 1.87
antiferromagnet
≤ 28.5 K (−245 °C)

KNiF₃ 1.250
antiferromagnet
≤ 275 K (2 °C)

UNiGa₅ 1.254
antiferromagnet
≤ 86 K (−187 °C)

Pb_0.8Bi_0.2Fe_0.728W_0.264O₃ 1.590
antiferromagnet
≤ 435 K (162 °C)

Pb_0.7Bi_0.3Fe_0.762W_0.231O₃ 1.591
antiferromagnet
≤ 504 K (231 °C)

CeIr(In_0.97Cd_0.03)₅ 1.598
antiferromagnet
≤ 3 K (−270 °C)

U₁Pd₁Ga₅ 1.683
antiferromagnet
≤ 86 K (−187 °C)

I 4₁/a m d

BNS 141.551 · 2 structures

noncollinear antiferromagnet ×2

CdYb₂S₄ 0.324
noncollinear antiferromagnet
≤ 1.9 K (−271 °C)

CdYb₂Se₄ 0.325
noncollinear antiferromagnet
≤ 1.8 K (−271 °C)

I 4₁′/a m′ d

BNS 141.554 · point group 4′/mm′m · 2 structures

d-wave altermagnet ×1noncoplanar magnet ×1

Er₂Ti₂O₇ 0.29
noncoplanar magnet
≤ 1.2 K (−272 °C)

Er₂Ru₂O₇ 0.154
d-wave altermagnet
≤ 90 K (−183 °C)

I 4₁′/a m d′

BNS 141.555 · point group 4′/mm′m · 5 structures

noncollinear antiferromagnet ×5

Gd₂Sn₂O₇ 0.47
noncollinear antiferromagnet
≤ 1 K (−272 °C)

Er₂Sn₂O₇ 0.237
noncollinear antiferromagnet
≤ 0.1 K (−273 °C)

Er₂Pt₂O₇ 0.238
noncollinear antiferromagnet
≤ 0.4 K (−273 °C)

Gd₂Pt₂O₇ 0.854
noncollinear antiferromagnet
≤ 1.6 K (−272 °C)

Gd₂Pt₂O₇ 0.1025
noncollinear antiferromagnet
≤ 1.6 K (−272 °C)

I 4₁′/a′ m′ d

BNS 141.556 · point group 4′/m′m′m · 11 structures

antiferromagnet ×11

CoAl₂O₄ 0.58
antiferromagnet
≤ 10 K (−263 °C)

Np₁Co₂ 0.126
antiferromagnet
≤ 15 K (−258 °C)

GdVO₄ 0.198
antiferromagnet
≤ 2.5 K (−271 °C)

RbFeO₂ 0.456
antiferromagnet
≤ 1027 K (754 °C)

CsFeO₂ 0.458
antiferromagnet
≤ 1055 K (782 °C)

CoRh₂O₄ 0.461
antiferromagnet
≤ 25.2 K (−248 °C)

MnAl₂O₄ 0.462
antiferromagnet
≤ 42 K (−231 °C)

Co₃O₄ 0.463
antiferromagnet
≤ 40 K (−233 °C)

TbPO₄ 0.467
antiferromagnet
≤ 2.3 K (−271 °C)

NaCeO₂ 0.525
antiferromagnet
≤ 3.2 K (−270 °C)

Ce₁Si_1.3Ag_0.7 0.1030
antiferromagnet
≤ 6 K (−267 °C)

I 4₁/a m′ d′

BNS 141.557 · point group 4/mm′m′ · 27 structures

s-wave ferrimagnet ×16noncoplanar ferrimagnet ×9s-wave ferromagnet ×1noncoplanar magnet ×1

Tb₂Sn₂O₇ 0.48
noncoplanar ferrimagnet
≤ 0.9 K (−272 °C)

Ho₂Ru₂O₇ 0.49
noncoplanar ferrimagnet
≤ 95 K (−178 °C)

Ho₂Ru₂O₇ 0.51
noncoplanar magnet
≤ 1.4 K (−272 °C)

Ho₂CrSbO₇ 0.63
noncoplanar ferrimagnet
≤ 13 K (−260 °C)

Tm₂Mn₂O₇ 0.151
noncoplanar ferrimagnet
≤ 25 K (−248 °C)

Yb₂Sn₂O₇ 0.157
noncoplanar ferrimagnet
≤ 0.2 K (−273 °C)

Yb₂Ti₂O₇ 0.158
noncoplanar ferrimagnet
≤ 0.3 K (−273 °C)

NdCo₂ 0.227
s-wave ferromagnet
≤ 100 K (−173 °C)

Li_0.5FeCr_1.5O₄ 0.570
s-wave ferrimagnet
≤ 417 K (144 °C)

FeCr₂S₄ 0.613
s-wave ferrimagnet
≤ 172 K (−101 °C)

FeCr₂S₄ 0.614
s-wave ferrimagnet
≤ 180 K (−93 °C)

FeCr₂S₄ 0.615
s-wave ferrimagnet
≤ 180 K (−93 °C)

NiFe₂O₄ 0.713
s-wave ferrimagnet
≤ 858 K (585 °C)

Co₅TeO₈ 0.725
s-wave ferrimagnet
≤ 40 K (−233 °C)

Mn_1.15Co_1.85O₄ 0.884
noncoplanar ferrimagnet
≤ 184 K (−89 °C)

Mn_1.17Co_1.60Cu_0.23O₄ 0.885
noncoplanar ferrimagnet
≤ 164 K (−109 °C)

Sn₁Co₂O₄ 0.886
s-wave ferrimagnet
≤ 41 K (−232 °C)

Mn₁Co₂O₄ 0.887
s-wave ferrimagnet

Mn_0.6Co_2.4O₄ 0.888
s-wave ferrimagnet

Mn_0.8Co_2.2O₄ 0.889
s-wave ferrimagnet

Mn_1.2Co_1.8O₄ 0.890
s-wave ferrimagnet

Fe₃S₄ 0.1051
s-wave ferrimagnet

Fe₃S₄ 0.1052
s-wave ferrimagnet

Fe₃S₄ 0.1053
s-wave ferrimagnet

Fe₃S₄ 0.1054
s-wave ferrimagnet

Ho₂Os₂O₇ 0.1086
noncoplanar ferrimagnet

CoFe₂O₄ 0.1194
s-wave ferrimagnet

I 4₁/a′ c d

BNS 142.563 · 1 structure

noncoplanar magnet ×1

Co₃Al₂Si₃O₁₂ 0.388
noncoplanar magnet
≤ 11 K (−262 °C)

I 4₁′/a′ c d′

BNS 142.568 · 1 structure

antiferromagnet ×1

Ca₂MnO₄ 0.211
antiferromagnet
≤ 110 K (−163 °C)

I_c 41/a c d

BNS 142.570 · point group 4/mmm1′ · 1 structure

antiferromagnet ×1

Cs₂NaFeCl₆ 1.899
antiferromagnet
≤ 2.6 K (−271 °C)

I_c 4₁/a c d

BNS 142.570 · point group 4/mmm1′ · 1 structure

noncoplanar magnet ×1

CoO 3.19
noncoplanar magnet
≤ 290 K (17 °C)

P_c 3

BNS 143.3 · 6 structures

p-wave magnet ×2antiferromagnet ×2noncoplanar magnet ×2

CsFe(MoO₄)₂ 1.499
p-wave magnet
≤ 4.5 K (−269 °C)

K₁Fe₁P₂O₆F₂ 1.669
p-wave magnet
≤ 3.6 K (−270 °C)

Y₆Fe₁Si₂S₁₄ 1.831
antiferromagnet
≤ 5 K (−268 °C)

Tb₆Fe₁Si₂S₁₄ 1.832
noncoplanar magnet
≤ 14 K (−259 °C)

Tb₆Fe₁Si₂S₁₂ 1.850
noncoplanar magnet
≤ 14 K (−259 °C)

Y₆Fe₁Si₂S₁₂ 1.851
antiferromagnet
≤ 4.9 K (−268 °C)

P 3₁

BNS 144.4 · point group 3 · 1 structure

noncoplanar ferrimagnet ×1

Fe₂Se₁O₁ 0.1061
noncoplanar ferrimagnet
≤ 103 K (−170 °C)

R 3

BNS 146.10 · point group 3 · 3 structures

s-wave ferrimagnet ×2noncollinear antiferromagnet ×1

Cu₂OSeO₃ 0.35
s-wave ferrimagnet
≤ 60 K (−213 °C)

Mn₂FeMoO₆ 0.84
s-wave ferrimagnet
≤ 337 K (64 °C)

Na₂Mn₁Te₁O₆ 1.0.59
noncollinear antiferromagnet
≤ 5.5 K (−268 °C)

R_I 3

BNS 146.12 · point group 31′ · 4 structures

antiferromagnet ×3noncoplanar magnet ×1

LaMn₃Cr₄O₁₂ 1.156
antiferromagnet
≤ 50 K (−223 °C)

Ni₃TeO₆ 1.165
antiferromagnet
≤ 52 K (−221 °C)

Bi₁Mn₃Cr₄O₁₂ 1.797
antiferromagnet
≤ 48 K (−225 °C)

Cu₃F₁N₁O₁₀Pb₁Se₂ 1.833
noncoplanar magnet
≤ 18.3 K (−255 °C)

P 3′

BNS 147.15 · point group 3′ · 1 structure

antiferromagnet ×1

Na₁O₃H₆Mn₁N₃C₃S₃ 0.1078
antiferromagnet
≤ 18.1 K (−255 °C)

R 3

BNS 148.17 · point group 3 · 8 structures

noncoplanar ferrimagnet ×3noncollinear antiferromagnet ×2noncoplanar magnet ×2s-wave compensated ferrimagnet ×1

NiN₂O₆ 0.78
noncoplanar ferrimagnet
≤ 5.5 K (−268 °C)

Mn₃NiN 0.123
noncollinear antiferromagnet
≤ 262 K (−11 °C)

Mn₃NiN 0.124
noncollinear antiferromagnet
≤ 262 K (−11 °C)

Li₃Fe₂(PO₄)₃ 0.259
s-wave compensated ferrimagnet
≤ 25 K (−248 °C)

Mn₃(Co_0.61Mn_0.39)N 0.265
noncoplanar ferrimagnet
≤ 260 K (−13 °C)

Au₇₀Si₁₇Tb₁₃ 0.925
noncoplanar ferrimagnet
≤ 11.6 K (−262 °C)

NiS₂ 2.121
noncoplanar magnet
≤ 30 K (−243 °C)

Ca₁Fe₃Ti₄O₁₂ 3.24
noncoplanar magnet
≤ 2.8 K (−270 °C)

R 3′

BNS 148.19 · point group 3′ · 6 structures

antiferromagnet ×5noncoplanar magnet ×1

MnTiO₃ 0.19
antiferromagnet
≤ 63 K (−210 °C)

MnGeO₃ 0.125
antiferromagnet
≤ 120 K (−153 °C)

MgMnO₃ 0.277
antiferromagnet
≤ 37.9 K (−235 °C)

Yb₃Pt₄ 0.430
noncoplanar magnet
≤ 2.4 K (−271 °C)

Co₁Te₆O₁₃ 0.1015
antiferromagnet
≤ 19.1 K (−254 °C)

Mn₁Ge₁O₃ 0.1130
antiferromagnet
≤ 96.2 K (−177 °C)

R_I 3

BNS 148.20 · point group 31′ · 8 structures

antiferromagnet ×4noncollinear antiferromagnet ×2noncoplanar magnet ×2

LaMn₃V₄O₁₂ 1.119
noncollinear antiferromagnet
≤ 44 K (−229 °C)

Cu₆(SiO₃)₆(H₂O)₆ 1.498
noncoplanar magnet
≤ 15 K (−258 °C)

FeTiO₃ 1.581
antiferromagnet
≤ 68 K (−205 °C)

Ca₁Mn₃V₄O₁₂ 1.758
noncollinear antiferromagnet
≤ 54 K (−219 °C)

Ca₁Cu₃Ti₄O₁₂ 1.775
noncoplanar magnet
≤ 27 K (−246 °C)

Fe₁Br₃ 1.782
antiferromagnet
≤ 14.5 K (−259 °C)

Bi₁Mn₃Cr₄O₁₂ 1.795
antiferromagnet
≤ 125 K (−148 °C)

Bi₁Mn₃Cr₄O₁₂ 1.796
antiferromagnet
≤ 125 K (−148 °C)

P 3 2′ 1

BNS 150.27 · 3 structures

noncoplanar magnet ×2s-wave ferrimagnet ×1

NaMnFeF₆ 0.310
s-wave ferrimagnet
≤ 45 K (−228 °C)

Co₁Ta₃S₆ 3.25
noncoplanar magnet
≤ 24 K (−249 °C)

Co₁Nb₃S₆ 3.26
noncoplanar magnet
≤ 28 K (−245 °C)

P 3₁ 2′ 1

BNS 152.35 · 1 structure

noncollinear antiferromagnet ×1

BaCu₃V₂O₈(OD)₂ 3.17
noncollinear antiferromagnet
≤ 9 K (−264 °C)

P 3₂ 2 1

BNS 154.41 · 1 structure

noncoplanar magnet ×1

La_0.33Sr_0.67FeO₃ 1.0.15
noncoplanar magnet
≤ 200 K (−73 °C)

P_c 3₂21

BNS 154.44 · point group 321′ · 3 structures

noncoplanar magnet ×2antiferromagnet ×1

DyFe₃(BO₃)₄ 1.89
noncoplanar magnet
≤ 39 K (−234 °C)

TbFe₃(BO₃)₄ 1.91
antiferromagnet
≤ 40 K (−233 °C)

HoFe₃(BO₃)₄ 1.92
noncoplanar magnet
≤ 5 K (−268 °C)

R_I 32

BNS 155.48 · point group 321′ · 1 structure

antiferromagnet ×1

PrFe₃(BO₃)₄ 1.161
antiferromagnet
≤ 32 K (−241 °C)

P 3 m′ 1

BNS 156.51 · 1 structure

s-wave compensated ferrimagnet ×1

Tb(DCO₂)₃ 1.0.28
s-wave compensated ferrimagnet
≤ 1.7 K (−271 °C)

P 31m

BNS 157.53 · point group 3m · 1 structure

noncollinear antiferromagnet ×1

Ba₃MnNb₂O₉ 1.0.8
noncollinear antiferromagnet
≤ 3.4 K (−270 °C)

P 3 1 m′

BNS 157.55 · 2 structures

noncoplanar magnet ×2

CaBaCo₂Fe₂O₇ 1.0.17
noncoplanar magnet
≤ 160 K (−113 °C)

CrSe 2.35
noncoplanar magnet
≤ 300 K (27 °C)

P_c 3 1 m

BNS 157.56 · 2 structures

p-wave magnet ×2

InMnO₃ 1.525
p-wave magnet
≤ 120 K (−153 °C)

Ba₃Ni₁Ta₂O₉ 1.725
p-wave magnet
≤ 3.2 K (−270 °C)

P_c 3 1 c

BNS 159.64 · point group 3m1′ · 3 structures

p-wave magnet ×3

Ba₃Nb₂Ni₁O₉ 1.13
p-wave magnet
≤ 4.9 K (−268 °C)

InMnO₃ 1.524
p-wave magnet
≤ 120 K (−153 °C)

Ba₃Co₁Nb₂O₉ 1.665
p-wave magnet
≤ 1.1 K (−272 °C)

R 3 c1

BNS 161.69 · point group 3m1 · 1 structure

altermagnet ×1

Ca₃Co_1.04Mn_0.96O₆ 0.1141
altermagnet
≤ 15 K (−258 °C)

R 3c

BNS 161.69 · point group 3m · 4 structures

altermagnet ×4

Ca₃Co_2−xMnxO₆ 0.13
altermagnet
≤ 16 K (−257 °C)

PbNiO₃ 0.21
altermagnet

Ho_0.05Bi_0.95FeO₃ 0.555
altermagnet

Ho_0.1Bi_0.9FeO₃ 0.556
altermagnet

R 3c′

BNS 161.71 · point group 3m′ · 2 structures

noncoplanar ferrimagnet ×2

U₃As₄ 0.169
noncoplanar ferrimagnet
≤ 200 K (−73 °C)

U₃P₄ 0.170
noncoplanar ferrimagnet
≤ 140 K (−133 °C)

R_I 3c

BNS 161.72 · 4 structures

antiferromagnet ×4

CuMnSb 1.233
antiferromagnet
≤ 55.3 K (−218 °C)

CuMnSb 1.265
antiferromagnet
≤ 38 K (−235 °C)

UCu₅ 1.424
antiferromagnet
≤ 15 K (−258 °C)

U₁Cu₅ 1.721
antiferromagnet
≤ 15 K (−258 °C)

P_c 3 1 m

BNS 162.78 · 1 structure

antiferromagnet ×1

SrRu₂O₆ 1.569
antiferromagnet
≤ 563 K (290 °C)

P_c 31m

BNS 162.78 · point group 3m1′ · 1 structure

antiferromagnet ×1

SrRu₂O₆ 1.186
antiferromagnet
≤ 565 K (292 °C)

P 3 1 c

BNS 163.79 · 1 structure

altermagnet ×1

K_1.62Fe₄O_6.62(OH)_0.38 0.503
altermagnet

P 3′ m′ 1

BNS 164.88 · 2 structures

antiferromagnet ×2

U₂N₂S 0.484
antiferromagnet
≤ 233 K (−40 °C)

U₂N₂Se 0.485
antiferromagnet
≤ 245 K (−28 °C)

P 3 m′ 1

BNS 164.89 · point group 3m′ · 3 structures

s-wave ferromagnet ×3

Na₂BaCo(VO₄)₂ 0.266
s-wave ferromagnet
≤ 4 K (−269 °C)

Cr₅Te₈ 0.1044
s-wave ferromagnet
≤ 235 K (−38 °C)

Cr_1.22Te₂ 0.1113
s-wave ferromagnet
≤ 197 K (−76 °C)

P3m′1

BNS 164.89 · 1 structure

s-wave ferrimagnet ×1

FeI₂ 3.15
s-wave ferrimagnet

P 3 c 1

BNS 165.91 · 2 structures

noncollinear antiferromagnet ×2

Li₂MnTeO₆ 1.0.27
noncollinear antiferromagnet
≤ 8.5 K (−265 °C)

Li₂Mn₁Te₁O₆ 1.0.58
noncollinear antiferromagnet
≤ 8.5 K (−265 °C)

P 3′ c′ 1

BNS 165.94 · 3 structures

antiferromagnet ×3

Mn₄Ta₂O₉ 0.477
antiferromagnet
≤ 106.4 K (−167 °C)

Mn₄Nb₂O₉ 0.507
antiferromagnet
≤ 125 K (−148 °C)

Mn₄Ta₂O₉ 0.526
antiferromagnet
≤ 110 K (−163 °C)

P 3′c′ 1

BNS 165.94 · point group 3′m′ · 1 structure

antiferromagnet ×1

Co₄Nb₂O₉ 0.111
antiferromagnet
≤ 30 K (−243 °C)

P 3 c′ 1

BNS 165.95 · 1 structure

noncoplanar ferrimagnet ×1

Dy₃Ru₄Al₁₂ 2.32
noncoplanar ferrimagnet
≤ 7 K (−266 °C)

P 3c′ 1

BNS 165.95 · point group 3m′ · 2 structures

s-wave compensated ferrimagnet ×2

Sr₃CoIrO₆ 1.0.5
s-wave compensated ferrimagnet
≤ 73 K (−200 °C)

Sr₃NiIrO₆ 1.0.10
s-wave compensated ferrimagnet
≤ 75 K (−198 °C)

P_c 3 c 1

BNS 165.96 · 5 structures

antiferromagnet ×5

FeBr₂ 1.242
antiferromagnet
≤ 14 K (−259 °C)

MnBi₄Te₇ 1.310
antiferromagnet
≤ 13 K (−260 °C)

U₂N₂P 1.464
antiferromagnet
≤ 366 K (93 °C)

U₂N₂As 1.465
antiferromagnet
≤ 406 K (133 °C)

Li₁Cr₁Te₂ 1.803
antiferromagnet
≤ 144 K (−129 °C)

R 3 m

BNS 166.97 · point group 3m · 2 structures

noncollinear antiferromagnet ×2

Mn₃ZnN 0.273
noncollinear antiferromagnet
≤ 183 K (−90 °C)

Mn_3.15Zn_0.83N_0.99 0.1057
noncollinear antiferromagnet
≤ 140 K (−133 °C)

R 3m

BNS 166.97 · point group 3m · 1 structure

noncollinear antiferromagnet ×1

Mn₃Cu_0.5Ge_0.5N 0.74
noncollinear antiferromagnet
≤ 380 K (107 °C)

R3m

BNS 166.97 · 1 structure

noncollinear antiferromagnet ×1

Mn₃GaN 0.177
noncollinear antiferromagnet
≤ 298 K (25 °C)

R 3 m′

BNS 166.101 · point group 3m′ · 12 structures

s-wave ferrimagnet ×6s-wave ferromagnet ×4noncoplanar ferrimagnet ×2

TbCo₂ 0.228
s-wave ferromagnet
≤ 240 K (−33 °C)

MnBi₈Te₁₃ 0.597
s-wave ferromagnet
≤ 10.5 K (−263 °C)

Y₁Co₃ 0.859
s-wave ferrimagnet

Co₃Sn₂S₂ 0.860
s-wave ferromagnet
≤ 177 K (−96 °C)

Co₃Sn₂S₂ 0.861
s-wave ferromagnet
≤ 177 K (−96 °C)

Yb₂Ir₂O₇ 0.944
noncoplanar ferrimagnet
≤ 2 K (−271 °C)

K₁Tb₃F₁₀ 0.1120
noncoplanar ferrimagnet

Mn₄C 0.1159
s-wave ferrimagnet
≤ 870 K (597 °C)

Mn₄C 0.1160
s-wave ferrimagnet
≤ 870 K (597 °C)

MnFe₂O₄ 0.1193
s-wave ferrimagnet

NiFe₂O₄ 0.1195
s-wave ferrimagnet

ZnFe₂O₄ 0.1196
s-wave ferrimagnet
≤ 10 K (−263 °C)

R 3m′

BNS 166.101 · point group 3m′ · 6 structures

noncollinear antiferromagnet ×2noncoplanar ferrimagnet ×2s-wave ferrimagnet ×1s-wave ferromagnet ×1

Tb₂Ti₂O₇ 0.77
noncoplanar ferrimagnet

Mn₃Ir 0.108
noncollinear antiferromagnet
≤ 960 K (687 °C)

Mn₃Pt 0.109
noncollinear antiferromagnet
≤ 365 K (92 °C)

Nd₃Sb₃Mg₂O₁₄ 0.167
noncoplanar ferrimagnet
≤ 0.6 K (−273 °C)

Mn₄N 0.274
s-wave ferrimagnet
≤ 745 K (472 °C)

Mn₃AlN 0.275
s-wave ferromagnet
≤ 272 K (−1 °C)

R_I 3m

BNS 166.102 · point group 3m1′ · 1 structure

noncollinear antiferromagnet ×1

Gd₂Ti₂O₇ 1.56
noncollinear antiferromagnet
≤ 1 K (−272 °C)

R 3 c

BNS 167.103 · point group 3m1 · 3 structures

altermagnet ×3

CoF₃ 0.334
altermagnet
≤ 460 K (187 °C)

LaCrO₃ 0.416
altermagnet
≤ 380 K (107 °C)

TbPt₆Al₃ 0.1176
altermagnet
≤ 3.5 K (−270 °C)

R 3c

BNS 167.103 · point group 3m · 1 structure

altermagnet ×1

FeCO₃ 0.116
altermagnet
≤ 38 K (−235 °C)

R 3′ c

BNS 167.105 · point group 3′m · 4 structures

noncoplanar magnet ×4

Ca₂YZr₂Fe₃O₁₂ 0.751
noncoplanar magnet
≤ 18 K (−255 °C)

Ca₂YZr₂Fe₃O₁₂ 0.752
noncoplanar magnet
≤ 18 K (−255 °C)

Ca₂LaZr₂Fe₃O₁₂ 0.753
noncoplanar magnet
≤ 21 K (−252 °C)

Ca₂LaZr₂Fe₃O₁₂ 0.754
noncoplanar magnet
≤ 21 K (−252 °C)

R 3′ c′

BNS 167.106 · point group 3′m′ · 4 structures

antiferromagnet ×3noncollinear antiferromagnet ×1

AgRuO₃ 0.733
antiferromagnet
≤ 342 K (69 °C)

Ru₁P₃Si₁O₁₁ 0.1064
antiferromagnet
≤ 1.3 K (−272 °C)

Ru₁P₃Si₁O₁₁ 0.1083
antiferromagnet
≤ 1.3 K (−272 °C)

Na₂MnTeO₆ 1.0.51
noncollinear antiferromagnet
≤ 5.5 K (−268 °C)

R 3′c′

BNS 167.106 · point group 3′m′ · 1 structure

antiferromagnet ×1

Cr₂O₃ 0.59
antiferromagnet
≤ 343 K (70 °C)

R 3 c′

BNS 167.107 · point group 3m′ · 1 structure

s-wave ferrimagnet ×1

Ca₃Co₁Mn₁O₆ 0.1140
s-wave ferrimagnet
≤ 15 K (−258 °C)

R 3c′

BNS 167.107 · point group 3m′ · 1 structure

noncoplanar ferrimagnet ×1

[NH₂(CH₃)₂]n[FeIIIFeII(HCOO)₆]n 0.60
noncoplanar ferrimagnet
≤ 37 K (−236 °C)

R_I 3 c

BNS 167.108 · 3 structures

antiferromagnet ×2noncoplanar magnet ×1

FeCl₂ 1.241
antiferromagnet
≤ 24 K (−249 °C)

MnBi₆Te₁₀ 1.529
antiferromagnet
≤ 10.3 K (−263 °C)

Ni₁O₁ 3.28
noncoplanar magnet
≤ 525 K (252 °C)

R_I 3c

BNS 167.108 · point group 3m1′ · 10 structures

antiferromagnet ×7noncollinear antiferromagnet ×3

KFe₃(OH)₆(SO₄)₂ 1.25
noncollinear antiferromagnet
≤ 64 K (−209 °C)

AgFe₃(SO₄)₂(OD)₆ 1.129
noncollinear antiferromagnet

Mn₃GaC 1.153
antiferromagnet
≤ 164 K (−109 °C)

TbMg₃ 1.189
antiferromagnet
≤ 26 K (−247 °C)

MnBi₂Te₄ 1.308
antiferromagnet
≤ 24 K (−249 °C)

MnBi₂Te₄ 1.309
antiferromagnet
≤ 24 K (−249 °C)

KFe₃(OH)₆(SO₄)₂ 1.441
noncollinear antiferromagnet
≤ 50 K (−223 °C)

Fe_0.945O 1.582
antiferromagnet
≤ 200 K (−73 °C)

Mn₃Ga₁C₁ 1.855
antiferromagnet
≤ 170 K (−103 °C)

Mn₃Ga₁C₁ 1.856
antiferromagnet
≤ 170 K (−103 °C)

P 6₃

BNS 173.129 · 5 structures

noncollinear antiferromagnet ×3noncoplanar ferrimagnet ×2

ScMnO₃ 0.8
noncollinear antiferromagnet
≤ 75 K (−198 °C)

Yb_0.42Sc_0.58FeO₃ 0.720
noncoplanar ferrimagnet
≤ 40 K (−233 °C)

Yb_0.42Sc_0.58FeO₃ 0.721
noncoplanar ferrimagnet
≤ 15 K (−258 °C)

Ba₁Co₁Si₁O₄ 0.724
noncollinear antiferromagnet
≤ 3.2 K (−270 °C)

Ba₁Co₁Si₁O₄ 1.0.49
noncollinear antiferromagnet
≤ 3.2 K (−270 °C)

P 6₃′

BNS 173.131 · point group 6′ · 1 structure

noncollinear antiferromagnet ×1

YMnO₃ 0.44
noncollinear antiferromagnet
≤ 66 K (−207 °C)

P 6′

BNS 174.135 · 2 structures

noncollinear antiferromagnet ×1noncoplanar magnet ×1

Cu_0.82Mn_1.18As 0.278
noncollinear antiferromagnet
≤ 270 K (−3 °C)

Tb₁₄Ag₅₁ 1.0.52
noncoplanar magnet
≤ 27.5 K (−246 °C)

P_c 6

BNS 174.136 · point group 61′ · 4 structures

p-wave magnet ×4

TmPdIn 1.163
p-wave magnet
≤ 2.7 K (−270 °C)

Er₁Au₁In₁ 1.747
p-wave magnet
≤ 3 K (−270 °C)

Tb₁Au₁In₁ 1.748
p-wave magnet
≤ 35 K (−238 °C)

Cr₁Rh₁As₁ 1.895
p-wave magnet
≤ 151 K (−122 °C)

P 6′/m

BNS 175.139 · 1 structure

antiferromagnet ×1

U₁₄Au₅₁ 0.282
antiferromagnet
≤ 22 K (−251 °C)

P 6/m′

BNS 175.140 · point group 6/m′ · 1 structure

noncollinear antiferromagnet ×1

U₁₄Au₅₁ 0.283
noncollinear antiferromagnet
≤ 22 K (−251 °C)

P 6₃/m

BNS 176.143 · 1 structure

noncollinear antiferromagnet ×1

FeF₃ 1.0.33
noncollinear antiferromagnet
≤ 97 K (−176 °C)

P 6₃′/m

BNS 176.145 · 1 structure

antiferromagnet ×1

K₂Mn₃(VO₄)₂CO₃ 1.0.21
antiferromagnet
≤ 3 K (−270 °C)

P 6₃/m′

BNS 176.146 · point group 6/m′ · 1 structure

antiferromagnet ×1

Pb₁Mn₂Ni₆Te₃O₁₈ 0.1001
antiferromagnet
≤ 86 K (−187 °C)

P 6₃′/m′

BNS 176.147 · point group 6′/m′ · 1 structure

noncollinear antiferromagnet ×1

Mn_2.85Ga_1.15 0.355
noncollinear antiferromagnet
≤ 460 K (187 °C)

P 6₁ 2′ 2′

BNS 178.159 · 1 structure

noncollinear antiferromagnet ×1

EuIn₂As₂ 1.0.32
noncollinear antiferromagnet
≤ 17.2 K (−256 °C)

P 6₃ 2′ 2′

BNS 182.183 · point group 62′2′ · 1 structure

noncoplanar magnet ×1

Na₂Co₂Te₁O₆ 3.29
noncoplanar magnet
≤ 25 K (−248 °C)

P6₃2′2′

BNS 182.183 · point group 62′2′ · 1 structure

noncoplanar ferrimagnet ×1

Gd₃Ru₄Al₁₂ 3.27
noncoplanar ferrimagnet
≤ 11 K (−262 °C)

P 6₃c m

BNS 185.197 · point group 6mm · 3 structures

noncollinear antiferromagnet ×2noncoplanar magnet ×1

YMnO₃ 0.6
noncollinear antiferromagnet
≤ 70 K (−203 °C)

HoMnO₃ 0.32
noncollinear antiferromagnet
≤ 44.6 K (−229 °C)

HoMnO₃ 0.33
noncoplanar magnet
≤ 25.4 K (−248 °C)

P 6₃′ c′ m

BNS 185.199 · 2 structures

noncoplanar magnet ×2

YbMnO₃ 0.488
noncoplanar magnet
≤ 85 K (−188 °C)

YbMnO₃ 0.489
noncoplanar magnet
≤ 85 K (−188 °C)

P 6₃′c′ m

BNS 185.199 · point group 6′mm′ · 2 structures

noncollinear antiferromagnet ×1noncoplanar magnet ×1

YbMnO₃ 0.30
noncollinear antiferromagnet
≤ 85 K (−188 °C)

HoMnO₃ 0.42
noncoplanar magnet
≤ 70 K (−203 °C)

P 6₃′ c m′

BNS 185.200 · point group 6′mm′ · 5 structures

noncoplanar magnet ×5

HoMnO₃ 0.43
noncoplanar magnet
≤ 40 K (−233 °C)

HoMnO₃ 0.652
noncoplanar magnet
≤ 33 K (−240 °C)

HoMn_0.99Fe_0.01O₃ 0.653
noncoplanar magnet
≤ 45 K (−228 °C)

HoMn_0.95Fe_0.05O₃ 0.654
noncoplanar magnet
≤ 50 K (−223 °C)

HoMn_0.9Fe_0.1O₃ 0.655
noncoplanar magnet
≤ 55 K (−218 °C)

P 6₃ c′ m′

BNS 185.201 · 2 structures

noncoplanar ferrimagnet ×2

YbMnO₃ 0.490
noncoplanar ferrimagnet
≤ 5 K (−268 °C)

Yb_0.42Sc_0.58FeO₃ 0.719
noncoplanar ferrimagnet
≤ 165 K (−108 °C)

P 6₃c′ m′

BNS 185.201 · point group 6m′m′ · 3 structures

noncollinear antiferromagnet ×3

ScMnO₃ 0.7
noncollinear antiferromagnet
≤ 129 K (−144 °C)

HoMnO₃ 0.31
noncollinear antiferromagnet
≤ 72 K (−201 °C)

LuFeO₃ 0.117
noncollinear antiferromagnet
≤ 155 K (−118 °C)

P 6₃′ m′ c

BNS 186.205 · 3 structures

g-wave altermagnet ×3

Fe₂Mo₃O₈ 0.331
g-wave altermagnet
≤ 59 K (−214 °C)

Co₂Mo₃O₈ 0.332
g-wave altermagnet
≤ 42 K (−231 °C)

Co₂Mo₃O₈ 0.338
g-wave altermagnet
≤ 39 K (−234 °C)

P 6₃′ m c′

BNS 186.206 · 1 structure

noncoplanar magnet ×1

Co₆(OH)₃(TeO₃)₄(OH)_0.9(H₂₀) 0.381
noncoplanar magnet
≤ 75.5 K (−198 °C)

P 6₃ m′ c′

BNS 186.207 · 1 structure

s-wave compensated ferrimagnet ×1

Mn₂Mo₃O₈ 0.333
s-wave compensated ferrimagnet
≤ 39 K (−234 °C)

P6₃m′c′

BNS 186.207 · 1 structure

noncoplanar ferrimagnet ×1

Nd₁₅Ge₉C_0.39 0.181
noncoplanar ferrimagnet
≤ 80 K (−193 °C)

P_c 6 c 2

BNS 188.220 · 1 structure

antiferromagnet ×1

Ba₆Co₆ClO_15.5 1.275
antiferromagnet
≤ 135 K (−138 °C)

P 6 2 m

BNS 189.221 · 1 structure

noncollinear antiferromagnet ×1

Ba₃CoSb₂O₉ 1.0.45
noncollinear antiferromagnet
≤ 3.8 K (−269 °C)

P 6′ 2′ m

BNS 189.223 · 2 structures

noncollinear antiferromagnet ×2

CsFeCl₃ 1.0.14
noncollinear antiferromagnet
≤ 4.7 K (−268 °C)

Cr_0.226TaS₂ 1.0.64
noncollinear antiferromagnet
≤ 145 K (−128 °C)

P 6′2′m

BNS 189.223 · 1 structure

noncollinear antiferromagnet ×1

ThMn₂ 1.0.24
noncollinear antiferromagnet
≤ 115 K (−158 °C)

P 6′ 2 m′

BNS 189.224 · 2 structures

noncollinear antiferromagnet ×1g-wave altermagnet ×1

RbFeCl₃ 1.0.40
noncollinear antiferromagnet
≤ 2.6 K (−271 °C)

U₁Ni₁Ga₁ 2.88
g-wave altermagnet
≤ 38 K (−235 °C)

P 6′2m′

BNS 189.224 · point group 6′m′2 · 1 structure

noncollinear antiferromagnet ×1

TmAgGe 3.1
noncollinear antiferromagnet
≤ 4.2 K (−269 °C)

P 6 2′ m′

BNS 189.225 · point group 6m′2′ · 9 structures

s-wave ferromagnet ×5noncoplanar ferrimagnet ×3noncollinear antiferromagnet ×1

Ho₁Pd₁In₁ 0.972
s-wave ferromagnet
≤ 22 K (−251 °C)

Ho₁Pd₁In₁ 0.973
s-wave ferromagnet
≤ 22 K (−251 °C)

Er₁Pd₁In₁ 0.974
s-wave ferromagnet
≤ 11 K (−262 °C)

Er₁Pd₁In₁ 0.975
s-wave ferromagnet
≤ 11 K (−262 °C)

Er₁Ni₁In₁ 0.978
s-wave ferromagnet
≤ 9 K (−264 °C)

CsMnBr₃ 1.0.35
noncollinear antiferromagnet
≤ 8.3 K (−265 °C)

Nd₂In 1.0.61
noncoplanar ferrimagnet
≤ 110 K (−163 °C)

Nd₂In 1.0.62
noncoplanar ferrimagnet
≤ 110 K (−163 °C)

Nd₂In 1.0.63
noncoplanar ferrimagnet
≤ 110 K (−163 °C)

P_c 6 2 c

BNS 190.232 · 2 structures

p-wave magnet ×1antiferromagnet ×1

Cs₁Cr_0.94Fe_0.04F₄ 1.711
p-wave magnet
≤ 4.5 K (−269 °C)

Ce₁Rh_0.25Pd_0.75Sn₁ 1.737
antiferromagnet
≤ 1.3 K (−272 °C)

P 6/m m′ m′

BNS 191.240 · point group 6/mm′m′ · 4 structures

s-wave ferrimagnet ×3s-wave ferromagnet ×1

TbMn₆Sn₆ 0.700
s-wave ferrimagnet
< 300 K (27 °C)

TbMn₆Sn₆ 0.701
s-wave ferrimagnet
< 300 K (27 °C)

ErNi₄B 0.729
s-wave ferromagnet
≤ 10 K (−263 °C)

Tb₁Mn₆Sn₆ 0.1031
s-wave ferrimagnet
≤ 20 K (−253 °C)

P_c 6/m c c

BNS 192.252 · point group 6/mmm1′ · 6 structures

antiferromagnet ×6

ScMn₆Ge₆ 1.110
antiferromagnet
≤ 516 K (243 °C)

FeGe 1.629
antiferromagnet
≤ 410 K (137 °C)

YMn₆Ge₆ 1.631
antiferromagnet
≤ 482 K (209 °C)

Fe_0.55Co_0.45Sn₁ 1.827
antiferromagnet
≤ 140 K (−133 °C)

U₁Nb₆Sn₆ 1.872
antiferromagnet
≤ 43 K (−230 °C)

U₁V₆Sn₆ 1.873
antiferromagnet
≤ 23 K (−250 °C)

P_c6/mcc

BNS 192.252 · 1 structure

antiferromagnet ×1

ScMn₆Ge₆ 1.225
antiferromagnet
≤ 516 K (243 °C)

P 6₃′/m′ c m′

BNS 193.259 · 4 structures

g-wave altermagnet ×4

CsCoCl₃ 1.0.9
g-wave altermagnet
≤ 20.8 K (−252 °C)

RbCoBr₃ 1.0.26
g-wave altermagnet
≤ 36 K (−237 °C)

CsCoCl₃ 1.0.38
g-wave altermagnet
≤ 21.5 K (−252 °C)

BaMnO₃ 1.0.39
g-wave altermagnet
≤ 2.3 K (−271 °C)

P 6₃/m c′ m′

BNS 193.260 · 7 structures

s-wave ferromagnet ×4s-wave ferrimagnet ×3

Mn₅Ge₃ 0.286
s-wave ferromagnet
≤ 304 K (31 °C)

MnFe₄Si₃ 0.673
s-wave ferromagnet
≤ 302 K (29 °C)

MnFe₄Si₃ 0.674
s-wave ferromagnet
≤ 260 K (−13 °C)

MnFe₄Si₃ 0.675
s-wave ferromagnet
≤ 330 K (57 °C)

Cs₂MnU₃F₁₆ 1.0.18
s-wave ferrimagnet
≤ 14 K (−259 °C)

Cs₂CoU₃F₁₆ 1.0.19
s-wave ferrimagnet
≤ 3.5 K (−270 °C)

Cs₂NiU₃F₁₆ 1.0.20
s-wave ferrimagnet
≤ 4.8 K (−268 °C)

P 63′/m′ m′ c

BNS 194.268 · point group 6′/m′mm′ · 1 structure

g-wave altermagnet ×1

Ba₃TbRu₂O₉ 0.1174
g-wave altermagnet
≤ 9.8 K (−263 °C)

P 6₃′/m′ m′ c

BNS 194.268 · point group 6′/m′mm′ · 11 structures

g-wave altermagnet ×11

Ba₅Co₅ClO₁₃ 0.118
g-wave altermagnet
≤ 110 K (−163 °C)

CrSb 0.528
g-wave altermagnet
> 600 K (327 °C)

CrNb₄S₈ 0.708
g-wave altermagnet

Ba₃NiRu₂O₉ 0.748
g-wave altermagnet
≤ 95 K (−178 °C)

Fe_0.25Nb₁S₂ 0.1007
g-wave altermagnet
≤ 150 K (−123 °C)

Co₁Ta₄Se₈ 0.1036
g-wave altermagnet
≤ 173 K (−100 °C)

Co_0.28Nb₁Se₂ 0.1088
g-wave altermagnet
≤ 169 K (−104 °C)

Co₁Nb₄Se₈ 0.1112
g-wave altermagnet
≤ 168 K (−105 °C)

Ba₂Cr₁Re₁O₆ 0.1115
g-wave altermagnet
≤ 370 K (97 °C)

Ba₂Cr₁Re₁O₆ 0.1116
g-wave altermagnet
≤ 370 K (97 °C)

Ba₃Cr₃Re₁O₉ 0.1117
g-wave altermagnet
≤ 290 K (17 °C)

P 63/m m′ c′

BNS 194.270 · point group 6/mm′m′ · 2 structures

s-wave ferromagnet ×2

Fe₃Ga₁Te₂ 0.1184
s-wave ferromagnet
≤ 357.5 K (84 °C)

Pr₂In 0.1185
s-wave ferromagnet
≤ 55 K (−218 °C)

P 6₃/m m′ c′

BNS 194.270 · point group 6/mm′m′ · 15 structures

s-wave ferrimagnet ×9s-wave ferromagnet ×6

MnCoGeB_0.05 0.447
s-wave ferromagnet
≤ 260 K (−13 °C)

Er(Co_0.667Ga_0.333)₂ 0.494
s-wave ferromagnet
≤ 18.5 K (−255 °C)

BaFe₁₂O₁₉ 0.509
s-wave ferrimagnet
≤ 470 K (197 °C)

BaMg₂Fe₁₆O₂₇ 0.516
s-wave ferrimagnet
≤ 452 K (179 °C)

BaCo₂Fe₁₆O₂₇ 0.517
s-wave ferrimagnet
≤ 490 K (217 °C)

Sr₁Zn₂Fe₁₆O₂₇ 0.843
s-wave ferrimagnet
≤ 345 K (72 °C)

Sr₁Ni₂Fe₁₆O₂₇ 0.844
s-wave ferrimagnet
≤ 500 K (227 °C)

Sr₁Mg₂Fe₁₆O₂₇ 0.845
s-wave ferrimagnet
≤ 435 K (162 °C)

Tm₂Fe₁₇ 0.856
s-wave ferrimagnet
≤ 275 K (2 °C)

Tm₂Fe₁₇ 0.857
s-wave ferrimagnet
≤ 275 K (2 °C)

Tm₂Fe₁₇ 0.858
s-wave ferromagnet
≤ 275 K (2 °C)

“Fe_2.71 0.956
s-wave ferromagnet
≤ 140 K (−133 °C)

“Fe_2.90 0.957
s-wave ferromagnet
≤ 220 K (−53 °C)

Sr₁Zn₂Fe₁₆O₂₇ 0.1002
s-wave ferrimagnet
≤ 590 K (317 °C)

Cr₇Te₈ 0.1131
s-wave ferromagnet
≤ 350 K (77 °C)

P 2₁ 3

BNS 198.9 · point group 23 · 3 structures

noncoplanar magnet ×3

Mn₃Ir₁Si₁ 0.898
noncoplanar magnet
≤ 210 K (−63 °C)

Mn₃Ir₁Ge₁ 0.899
noncoplanar magnet
≤ 225 K (−48 °C)

Mn₃Co₁Ge₁ 0.900
noncoplanar magnet
≤ 145 K (−128 °C)

P 2₁ 3 . 1

BNS 198.9 · point group 231 · 1 structure

noncoplanar magnet ×1

Cs₂Fe₂Mo₃O₁₂ 0.1075
noncoplanar magnet
≤ 1 K (−272 °C)

P 2₁ 3 1

BNS 198.9 · point group 23 · 2 structures

noncoplanar magnet ×2

Mn₃Rh₁Ge₁ 0.1005
noncoplanar magnet
≤ 225 K (−48 °C)

Mn₃Ir₁Ge₁ 0.1006
noncoplanar magnet
≤ 230 K (−43 °C)

P_I n 3

BNS 201.21 · 1 structure

noncoplanar magnet ×1

Au₇₂Al₁₄Tb₁₄ 1.412
noncoplanar magnet
≤ 10.4 K (−263 °C)

F d 3

BNS 203.26 · point group m3 · 1 structure

noncoplanar magnet ×1

Na₃Co(CO₃)₂Cl 0.70
noncoplanar magnet
≤ 1.5 K (−272 °C)

F d 31

BNS 203.26 · point group m31 · 1 structure

noncoplanar magnet ×1

C₂Cl₁Co₁Na₃O₆ 1.834
noncoplanar magnet
≤ 1.6 K (−272 °C)

F_S d 3

BNS 203.29 · point group m31′ · 1 structure

noncoplanar magnet ×1

Ca₁Co₃Ti₄O₁₂ 1.751
noncoplanar magnet
≤ 9 K (−264 °C)

P a 3

BNS 205.33 · point group m31 · 3 structures

noncoplanar magnet ×3

MnTe₂ 0.20
noncoplanar magnet
≤ 86.5 K (−187 °C)

NiS₂ 0.150
noncoplanar magnet
≤ 39 K (−234 °C)

NiS₂ 0.1180
noncoplanar magnet
≤ 39 K (−234 °C)

P_I a 3

BNS 205.36 · point group m31′ · 3 structures

noncoplanar magnet ×3

Tb₂O₃ 1.798
noncoplanar magnet
≤ 2.4 K (−271 °C)

HoRh 3.18
noncoplanar magnet
≤ 3.2 K (−270 °C)

Eu₃Pb₁O₁ 3.22
noncoplanar magnet
≤ 42 K (−231 °C)

I a 3

BNS 206.37 · point group m3 · 2 structures

noncoplanar magnet ×2

Er₂O₃ 0.941
noncoplanar magnet
≤ 3.4 K (−270 °C)

La₁Er₁O₃ 0.949
noncoplanar magnet

P 4₁ 3 2

BNS 213.63 · 2 structures

noncoplanar magnet ×2

SrCuTe₂O₆ 0.440
noncoplanar magnet
≤ 5.3 K (−268 °C)

SrCuTe₂O₆ 0.530
noncoplanar magnet
≤ 4.5 K (−269 °C)

P 4₁′ 3 2′

BNS 213.65 · 1 structure

noncoplanar magnet ×1

BaCuTe₂O₆ 0.658
noncoplanar magnet
≤ 6.3 K (−267 °C)

F_S43m

BNS 216.77 · 1 structure

noncoplanar magnet ×1

Gd₂Ti₂O₇ 3.16
noncoplanar magnet
≤ 0.7 K (−272 °C)

P_I n 3n

BNS 222.103 · point group m3m1′ · 1 structure

noncoplanar magnet ×1

NdZn 3.8
noncoplanar magnet
≤ 70 K (−203 °C)

P n 3m′

BNS 224.113 · point group m3m′ · 3 structures

noncoplanar magnet ×3

UO₂ 3.2
noncoplanar magnet
≤ 30.8 K (−242 °C)

Fe_0.7Mn_0.3 3.5
noncoplanar magnet

NpBi 3.7
noncoplanar magnet
≤ 192.5 K (−81 °C)

Pn3m′

BNS 224.113 · 1 structure

noncoplanar magnet ×1

USb 3.12
noncoplanar magnet
≤ 213 K (−60 °C)

F d 3 m′

BNS 227.131 · 9 structures

noncoplanar magnet ×9

Nd₂Sn₂O₇ 0.326
noncoplanar magnet
≤ 0.9 K (−272 °C)

Nd₂Hf₂O₇ 0.339
noncoplanar magnet
≤ 0.6 K (−273 °C)

Nd₂Zr₂O₇ 0.340
noncoplanar magnet
≤ 0.4 K (−273 °C)

Sm₂Ti₂O₇ 0.427
noncoplanar magnet
≤ 0.4 K (−273 °C)

Nd₂ScNbO₇ 0.822
noncoplanar magnet
≤ 0.4 K (−273 °C)

Eu₂Ir₂O₇ 0.862
noncoplanar magnet
≤ 120 K (−153 °C)

Cd₂Os₂O₇ 0.916
noncoplanar magnet
≤ 225 K (−48 °C)

Yb₂Ir₂O₇ 0.945
noncoplanar magnet
≤ 150 K (−123 °C)

Nd₂Ir₂O₇ 0.954
noncoplanar magnet
≤ 30 K (−243 °C)

F d 3m′

BNS 227.131 · point group m3m′ · 1 structure

noncoplanar magnet ×1

Cd₂Os₂O₇ 0.2
noncoplanar magnet
≤ 227 K (−46 °C)

F_Sd3c

BNS 228.139 · 3 structures

noncoplanar magnet ×3

NpS 3.9
noncoplanar magnet
≤ 23 K (−250 °C)

NpSe 3.10
noncoplanar magnet
≤ 38 K (−235 °C)

NpTe 3.11
noncoplanar magnet
≤ 40 K (−233 °C)

I m 3 m′

BNS 229.143 · point group m3m′ · 1 structure

noncoplanar magnet ×1

Tm₁Ga₃ 3.21
noncoplanar magnet
≤ 4.3 K (−269 °C)

I m 3m′

BNS 229.143 · point group m3m′ · 1 structure

noncoplanar magnet ×1

DyCu 3.6
noncoplanar magnet
≤ 64 K (−209 °C)

I a 3 d′

BNS 230.148 · point group m3m′ · 7 structures

noncoplanar magnet ×7

Dy₃Ga₅O₁₂ 0.740
noncoplanar magnet
≤ 0.4 K (−273 °C)

Er₃Ga₅O₁₂ 0.741
noncoplanar magnet
≤ 0.8 K (−272 °C)

Tb₃Ga₅O₁₂ 0.742
noncoplanar magnet
≤ 0.3 K (−273 °C)

Ho₃Al₅O₁₂ 0.743
noncoplanar magnet
≤ 0.9 K (−272 °C)

Tb₃Al₅O₁₂ 0.744
noncoplanar magnet
≤ 1.4 K (−272 °C)

Ho₃Ga₅O₁₂ 0.745
noncoplanar magnet
≤ 0.2 K (−273 °C)

Tb₃Ga₅O₁₂ 0.746
noncoplanar magnet
≤ 0.2 K (−273 °C)

I a 3d′

BNS 230.148 · point group m3m′ · 1 structure

noncoplanar magnet ×1

Dy₃Al₅O₁₂ 0.127
noncoplanar magnet
≤ 2.5 K (−271 °C)

R 3 m′

BNS No. 160.67 · point group 3 m′ · 2 structures

s-wave ferromagnet ×1noncoplanar ferrimagnet ×1

GaV₄S₈ 0.756
noncoplanar ferrimagnet
≤ 6 K (−267 °C)

Co₁Fe₁Sb₁V₁ 0.1154
s-wave ferromagnet
≤ 850 K (577 °C)

B2/m1′(αβ0)0ss

· point group 2/m1′ · 1 structure

incommensurate spiral ×1

YbPt₅B₂ 1.1.163
incommensurate spiral
≤ 7.8 K (−265 °C)

B2/m1′(α,β,0)0ss

· point group 2/m1′ · 1 structure

incommensurate spin-density wave ×1

Ce₁Pt₁Al₄Ge₂ 1.1.154
incommensurate spin-density wave
≤ 2.3 K (−271 °C)

C11′(αβγ)0s

· point group 11′ · 1 structure

incommensurate spiral ×1

LiFeAs₂O₇ 1.1.25
incommensurate spiral
≤ 35 K (−238 °C)

C11b1′(α,β,0)ss

· point group m1′ · 1 structure

incommensurate spin-density wave ×1

CePd₂Al₂ 1.1.54
incommensurate spin-density wave
≤ 2.7 K (−270 °C)

C21′(0,β,0)ss

· point group 21′ · 1 structure

incommensurate spiral ×1

MnSb₂S₄ 1.1.139
incommensurate spiral
≤ 25.1 K (−248 °C)

C2/c1′(0β0)s0s

· point group 2/m1′ · 1 structure

incommensurate spiral ×1

NaFeSi₂O₆ 1.1.36
incommensurate spiral
≤ 9 K (−264 °C)

C2/c1′(0β0)s0s

· point group 2/m1′ · 1 structure

incommensurate spiral ×1

SrMnGe₂O₆ 1.1.89
incommensurate spiral
≤ 4.4 K (−269 °C)

C2/c1′(α,0,γ)0ss

· point group 2/m1′ · 1 structure

incommensurate spin-density wave ×1

LiFe(WO₄)₂ 1.1.128
incommensurate spin-density wave
≤ 22.2 K (−251 °C)

C2/c1′(α0γ)00s

· point group 2/m1′ · 2 structures

incommensurate spin-density wave ×2

Fe₁Ge₂Na₁O₆ 1.1.65
incommensurate spin-density wave
≤ 13 K (−260 °C)

DyNiAl₄ 1.1.96
incommensurate spin-density wave
≤ 20.2 K (−253 °C)

C2/m1′(0βγ)0ss

· point group 2/m1′ · 1 structure

incommensurate spiral ×1

Dy₂Co₃Al₉ 1.1.49
incommensurate spiral
≤ 5.2 K (−268 °C)

C2/m1′(α0γ)00s

· point group 2/m1′ · 1 structure

incommensurate spiral ×1

Li₂IrO₃ 1.1.41
incommensurate spiral
≤ 15 K (−258 °C)

C2/m1′(α0γ)0ss

· point group 2/m1′ · 1 structure

incommensurate spiral ×1

CeRuSn 1.1.35
incommensurate spiral
≤ 2.8 K (−270 °C)

C2/m1′_c(0,β,0)s00

· point group 2/m1′ · 1 structure

incommensurate spin-density wave ×1

Er₃Cu₄Sn₄ 1.1.120
incommensurate spin-density wave
≤ 2 K (−271 °C)

C21′(0,β,0)ss

· point group 21′ · 1 structure

incommensurate spiral ×1

MnBi₂Se₄ 1.1.138
incommensurate spiral
≤ 15 K (−258 °C)

C21′(00γ)0s

· point group 21′ · 1 structure

incommensurate spiral ×1

MnSb₂O₆ 1.1.38
incommensurate spiral
≤ 12.5 K (−261 °C)

C21′(0β0)ss

· point group 21′ · 1 structure

incommensurate spiral ×1

NaFeSi₂O₆ 1.1.37
incommensurate spiral
≤ 6 K (−267 °C)

C21′(α,0,γ)0s

· point group 21′ · 1 structure

incommensurate spiral ×1

LiFe(WO₄)₂ 1.1.129
incommensurate spiral
≤ 19 K (−254 °C)

C2221′(α00)s00s

· point group 2221′ · 1 structure

incommensurate spiral ×1

Li₂IrO₃ 1.1.21
incommensurate spiral
≤ 39.5 K (−234 °C)

C2mm1′(0,0,γ)000s

· point group mm21′ · 1 structure

incommensurate spiral ×1

RbMnBr₃ 1.1.109
incommensurate spiral
≤ 8.8 K (−264 °C)

Cc1′(0,0,γ)0s

· point group m1′ · 1 structure

incommensurate spiral ×1

BiFeO₃ 1.1.164
incommensurate spiral
≤ 643 K (370 °C)

Cc1′(0,0,γ)0s

· point group m1′ · 1 structure

incommensurate spiral ×1

BiFeO₃ 1.1.110
incommensurate spiral
≤ 643 K (370 °C)

Cc1′(0β0)0s

· point group m1′ · 1 structure

incommensurate spiral ×1

SrMnGe₂O₆ 1.1.90
incommensurate spiral
≤ 4.1 K (−269 °C)

Cc1′(α,0,γ)0s

· point group m1′ · 2 structures

incommensurate spiral ×2

Fe₁Ge₂Na₁O₆ 1.1.66
incommensurate spiral
≤ 11.6 K (−262 °C)

Fe₁Ge₂Na₁O₆ 1.1.67
incommensurate spiral
≤ 12 K (−261 °C)

Cm′2m′(0,0,γ)00s

· point group m′m′2 · 1 structure

incommensurate spiral ×1

MnSO₄ 1.1.105
incommensurate spiral
≤ 7.2 K (−266 °C)

Cm1′(0β1/2)0s

· point group m1′ · 2 structures

incommensurate spiral ×2

CuCl₂ 1.1.84
incommensurate spiral
≤ 23.9 K (−249 °C)

CuBr₂ 1.1.85
incommensurate spiral
≤ 74 K (−199 °C)

Cm2m1′(α,0,0)000s

· point group mm21′ · 2 structures

incommensurate spiral ×2

VPO₄ 1.1.106
incommensurate spiral
≤ 25.5 K (−248 °C)

CrPO₄ 1.1.107
incommensurate spiral
≤ 37 K (−236 °C)

Cmc211′(00γ)0sss

· point group mm21′ · 1 structure

incommensurate spiral ×1

Ho₇Rh₃ 1.1.146
incommensurate spiral
≤ 32 K (−241 °C)

Cmcm1′(0,0,γ)00ss

· point group mmm1′ · 1 structure

incommensurate spin-density wave ×1

Ca₁Fe₃O₅ 1.1.151
incommensurate spin-density wave
≤ 289 K (16 °C)

Cmcm1′(0β1)s0ss

· point group mmm1′ · 1 structure

incommensurate spiral ×1

Dy₂Co₃Al₉ 1.1.48
incommensurate spiral
≤ 6.2 K (−267 °C)

Cmcm1′(0,β,0)00ss

· point group mmm1′ · 1 structure

incommensurate spin-density wave ×1

NdOs₂Al₁₀ 1.1.133
incommensurate spin-density wave
≤ 2.2 K (−271 °C)

Cmm21′(0,0,γ)0s0s

· point group mm21′ · 1 structure

incommensurate spiral ×1

CrB₂ 1.1.136
incommensurate spiral
≤ 84 K (−189 °C)

Cmmc1′(0,β,1/2)s0ss

· point group mmm1′ · 1 structure

incommensurate spin-density wave ×1

Ce₁Au₁Sb₂ 1.1.145
incommensurate spin-density wave
≤ 6.5 K (−267 °C)

Cmmm1′(α,α,1/2)s00s

· point group mmm1′ · 1 structure

incommensurate spin-density wave ×1

Ce₁Co₁In₅ 1.1.142
incommensurate spin-density wave
≤ 0.3 K (−273 °C)

F1(α,β,γ)0

· point group 11 · 1 structure

incommensurate spiral ×1

Mn₁Cr₂O₄ 1.1.149
incommensurate spiral
≤ 18 K (−255 °C)

Fddd1′(α00)0s0s

· point group mmm1′ · 1 structure

incommensurate spiral ×1

Li₂IrO₃ 1.1.20
incommensurate spiral
≤ 38 K (−235 °C)

Fmmm1′(α00)0s0s

· point group mmm1′ · 1 structure

incommensurate spin-density wave ×1

TmCu₂Ge₂ 1.1.23
incommensurate spin-density wave
≤ 2.5 K (−271 °C)

Fmmm1′(α00)0s0s

· point group mmm1′ · 1 structure

incommensurate spin-density wave ×1

TmNi₂B₂C 1.1.60
incommensurate spin-density wave
≤ 1.5 K (−272 °C)

I m m 2 1′(0,0,γ)0s0s

· point group mm21′ · 1 structure

incommensurate spin-density wave ×1

CeCuGa₃ 1.1.137
incommensurate spin-density wave
≤ 2.4 K (−271 °C)

I11′(α,β,γ)0s

· point group 11′ · 1 structure

incommensurate spin-density wave ×1

HoNi₂Ge₂ 1.1.119
incommensurate spin-density wave
≤ 4.1 K (−269 °C)

I112/m1′(αβ0)000ss

· point group 2/m1′ · 1 structure

incommensurate spin-density wave ×1

YbCo₂Si₂ 1.1.42
incommensurate spin-density wave
≤ 1.4 K (−272 °C)

I112/m1′(αβ0)00s

· point group 2/m1′ · 1 structure

incommensurate spin-density wave ×1

CeMgPb 1.1.27
incommensurate spin-density wave
≤ 7 K (−266 °C)

I1121′(α,β,0)0s

· point group 21′ · 1 structure

incommensurate spin-density wave ×1

CeCuAl₃ 1.1.104
incommensurate spin-density wave
≤ 2.7 K (−270 °C)

I2/c111′(0βγ)0ss

· point group 2/m1′ · 1 structure

incommensurate spin-density wave ×1

Dy₂Ni₃Si₅ 1.1.75
incommensurate spin-density wave
≤ 9.5 K (−264 °C)

I2/m1′(αβ0)00s

· point group 2/m1′ · 3 structures

incommensurate spin-density wave ×3

TbMgPb 1.1.30
incommensurate spin-density wave
≤ 39 K (−234 °C)

DyMgPb 1.1.31
incommensurate spin-density wave
≤ 27 K (−246 °C)

HoMgPb 1.1.32
incommensurate spin-density wave
≤ 19 K (−254 °C)

I2/m1′(α,0,γ)00s

· point group 2/m1′ · 1 structure

incommensurate spin-density wave ×1

GdNi₂Si₂ 1.1.126
incommensurate spin-density wave
≤ 14.5 K (−259 °C)

I2/m111′(0,0,γ)0ss

· point group 2/m1′ · 2 structures

incommensurate spin-density wave ×2

DyNi₂Ge₂ 1.1.117
incommensurate spin-density wave
≤ 8.5 K (−265 °C)

ErNi₂Ge₂ 1.1.118
incommensurate spin-density wave
≤ 3.1 K (−270 °C)

I21′(α,α,γ)0s

· point group 21′ · 1 structure

incommensurate spiral ×1

CeCu₂Ge₂ 1.1.55
incommensurate spiral
≤ 4.1 K (−269 °C)

I2221′(00γ)000s

· point group 2221′ · 1 structure

incommensurate spin-density wave ×1

Dy₂Ni₃Si₅ 1.1.74
incommensurate spin-density wave
≤ 4 K (−269 °C)

I2mb1′(0β0)000s

· point group mm21′ · 1 structure

incommensurate spiral ×1

LiCuVO₄ 1.1.45
incommensurate spiral
≤ 2.1 K (−271 °C)

I4/mmm1′(0,0,γ)00sss

· point group 4/mmm1′ · 3 structures

incommensurate spin-density wave ×3

UPd₂Ge₂ 1.1.114
incommensurate spin-density wave
≤ 140 K (−133 °C)

UPd₂Ge₂ 1.1.115
incommensurate spin-density wave
≤ 135 K (−138 °C)

UPd₂Si₂ 1.1.116
incommensurate spin-density wave
≤ 136 K (−137 °C)

I4/mmm1′(00γ)00sss

· point group I4/mmm1′ · 2 structures

incommensurate spin-density wave ×2

Cr 1.1.4
incommensurate spin-density wave
≤ 123 K (−150 °C)

PrNi₂Si₂ 1.1.34
incommensurate spin-density wave
≤ 20 K (−253 °C)

I4/mmm1′(00γ)00sss

· point group 4/mmm1′ · 1 structure

incommensurate spin-density wave ×1

PrCo₂Ge₂ 1.1.91
incommensurate spin-density wave
≤ 28 K (−245 °C)

I41′(00γ)qs

· point group 41′ · 1 structure

incommensurate spiral ×1

CeAuAl₃ 1.1.33
incommensurate spiral
≤ 1.2 K (−272 °C)

I42′2′(0,0,γ)-q00

· point group 42′2′ · 1 structure

incommensurate spiral ×1

LaMn₂Ge₂ 1.1.94
incommensurate spiral
≤ 322 K (49 °C)

I42′2′(0,0,γ)q00

· point group 42′2′ · 2 structures

incommensurate spiral ×2

CeMn₂Ge₂ 1.1.113
incommensurate spiral
≤ 320 K (47 °C)

PrMn₂Ge₂ 1.1.124
incommensurate spiral
≤ 280 K (7 °C)

I4221′(0,0,γ)-q00s

· point group 4221′ · 1 structure

incommensurate spiral ×1

EuNi₂As₂ 1.1.97
incommensurate spiral
≤ 15 K (−258 °C)

I4221′(0,0,γ)q00s

· point group 4221′ · 2 structures

incommensurate spiral ×2

GdBe₁₃ 1.1.103
incommensurate spiral
≤ 27 K (−246 °C)

YbNi₂Si₂ 1.1.112
incommensurate spiral
≤ 2.3 K (−271 °C)

I4221′(00γ)q00s

· point group 4221′ · 1 structure

incommensurate spiral ×1

MnAu₂ 1.1.13
incommensurate spiral
≤ 363 K (90 °C)

I4221′(00γ)q00s

· point group 4221′ · 1 structure

incommensurate spiral ×1

EuCo₂P₂ 1.1.81
incommensurate spiral
≤ 66.5 K (−207 °C)

I4₁md1′(α,0,0)000s(0,α,0)0s0s

· point group 4mm1′ · 2 structures

incommensurate spiral ×2

CeAlGe 2.1.1
incommensurate spiral
≤ 4.4 K (−269 °C)

CeAlGe 2.1.3
incommensurate spiral
≤ 4.4 K (−269 °C)

Ibam1′(00γ)000s

· point group mmm1′ · 1 structure

incommensurate spin-density wave ×1

Tb₂Ni₃Si₅ 1.1.73
incommensurate spin-density wave
≤ 19.5 K (−254 °C)

Ibam1′(00γ)0s0s

· point group mmm1′ · 1 structure

incommensurate spin-density wave ×1

Ho₂Ni₃Si₅ 1.1.76
incommensurate spin-density wave
≤ 7.2 K (−266 °C)

Ic2m1′(α,0,0)000s

· point group m2m1′ · 1 structure

incommensurate spiral ×1

K₂MnS₂ 1.1.64
incommensurate spiral
≤ 17 K (−256 °C)

Im′m′m(α,0,0)0ss

· point group m′m′m · 1 structure

incommensurate spin-density wave ×1

Sr₃Ru₂O₇ 1.1.43
incommensurate spin-density wave
≤ 1.1 K (−272 °C)

Im′ma′(00γ)s00

· point group m′m′m · 1 structure

incommensurate ×1

Bi_0.8La_0.2Fe_0.5Sc_0.5O₃ 1.1.88
incommensurate
≤ 220 K (−53 °C)

Im2′m′(0,0,γ)s00

· point group m′m2′ · 2 structures

incommensurate spiral ×2

NdMn₂Ge₂ 1.1.122
incommensurate spiral
≤ 250 K (−23 °C)

NdMn₂Ge₂ 1.1.123
incommensurate spiral
≤ 100 K (−173 °C)

Imm21′(α00)0s0s

· point group mm21′ · 1 structure

incommensurate spiral ×1

Al₃Ce₁Pt₁ 1.1.153
incommensurate spiral
≤ 3 K (−270 °C)

Imm21′(α00)0s0s

· point group mm21′ · 2 structures

incommensurate spiral ×2

UPtGe 1.1.19
incommensurate spiral
≤ 50 K (−223 °C)

CeAlGe 1.1.68
incommensurate spiral
≤ 4.4 K (−269 °C)

Imma1′(0,0,γ)00ss

· point group mmm1′ · 1 structure

incommensurate spin-density wave ×1

NdCu₂ 1.1.132
incommensurate spin-density wave
≤ 4.1 K (−269 °C)

Immm1′(00γ)s00s

· point group mmm1′ · 1 structure

incommensurate spin-density wave ×1

Cr 1.1.3
incommensurate spin-density wave
≤ 311 K (38 °C)

Immm1′(α00)0s0s

· point group mmm1′ · 1 structure

incommensurate spin-density wave ×1

TmMgPb 1.1.28
incommensurate spin-density wave
≤ 2.5 K (−271 °C)

Immm1′(α00)0sss

· point group mmm1′ · 1 structure

incommensurate spin-density wave ×1

ErMgPb 1.1.29
incommensurate spin-density wave
≤ 7 K (−266 °C)

Immm1′(α00)00ss

· point group mmm1′ · 2 structures

incommensurate spin-density wave ×2

ErNi₂B₂C 1.1.57
incommensurate spin-density wave
≤ 6.8 K (−266 °C)

ErNi₂B₂C 1.1.58
incommensurate spin-density wave
≤ 6.8 K (−266 °C)

Immm1′(α00)0sss

· point group mmm1′ · 2 structures

incommensurate spin-density wave ×2

CeAg₂Si₂ 1.1.56
incommensurate spin-density wave
≤ 10 K (−263 °C)

TbNi₂B₂C 1.1.59
incommensurate spin-density wave
≤ 15.4 K (−258 °C)

P1′(αβγ)0

· point group 1′ · 1 structure

incommensurate spin-density wave ×1

NdB₄ 1.1.162
incommensurate spin-density wave
≤ 17.5 K (−256 °C)

P31′(1/3,1/3,γ)0s

· point group 31′ · 1 structure

incommensurate spin-density wave ×1

Na₂BaMn(PO₄)₂ 1.1.160
incommensurate spin-density wave
≤ 1.3 K (−272 °C)

P62m1′(0,0,γ)00ss

· point group 6m21′ · 1 structure

incommensurate spin-density wave ×1

Ce₁Rh_0.25Pd_0.75Sn₁ 1.1.143
incommensurate spin-density wave
≤ 5 K (−268 °C)

P11′(α,β,γ)0s

· point group 11′ · 1 structure

incommensurate spiral ×1

Na₂BaMn(PO₄)₂ 1.1.161
incommensurate spiral
≤ 1.1 K (−272 °C)

P11(αβγ)0

· point group 11 · 1 structure

incommensurate spiral ×1

Gd₁Cr₁O₃ 1.1.159
incommensurate spiral
≤ 2.4 K (−271 °C)

P11′(αβγ)0s

· point group 11′ · 2 structures

incommensurate spiral ×2

In₁Ni₂O₆Sb₁ 1.1.51
incommensurate spiral
≤ 76 K (−197 °C)

Ni₂O₆Sb₁Sc₁ 1.1.52
incommensurate spiral
≤ 60 K (−213 °C)

P1121/a1′(αβ0)0ss

· point group 2/m1′ · 1 structure

incommensurate spiral ×1

Ni₁Tb₃ 1.1.47
incommensurate spiral
≤ 61 K (−212 °C)

P112₁/a1′(α,β,0)0ss

· point group 2/m1′ · 1 structure

incommensurate spin-density wave ×1

TbNiGe 1.1.102
incommensurate spin-density wave
≤ 17.5 K (−256 °C)

P211’(α0γ)0s

· point group 21′ · 1 structure

incommensurate spiral ×1

As₁Cr₁ 1.1.152
incommensurate spiral
≤ 267 K (−6 °C)

P2121211′(00γ)000s

· point group 2221′ · 1 structure

incommensurate spiral ×1

Mn₃Rh₁Ge₁ 1.1.148
incommensurate spiral
≤ 225 K (−48 °C)

P2121211′(0β0)0s0s

· point group 2221′ · 1 structure

incommensurate spiral ×1

Mn₁Ge₁ 1.1.150
incommensurate spiral

P2121211′(00γ)00ss

· point group 2221′ · 2 structures

incommensurate spiral ×2

MnGe 1.1.14
incommensurate spiral
≤ 170 K (−103 °C)

CrAs 1.1.24
incommensurate spiral
≤ 265 K (−8 °C)

P22₁2₁1′(0β0)0s0s

· point group 2221′ · 1 structure

incommensurate spiral ×1

BiMnFe₂O₆ 1.1.80
incommensurate spiral
≤ 220 K (−53 °C)

P2₁/c1′(α,0,γ)00s

· point group 2/m1′ · 1 structure

incommensurate spiral ×1

Mn₅P₄O₂₀D₁₀ 1.1.134
incommensurate spiral
≤ 1.9 K (−271 °C)

P2₁2₁21′(0β0)000s

· point group 2221′ · 2 structures

incommensurate spiral ×2

CaCr₂O₄ 1.1.86
incommensurate spiral
≤ 43 K (−230 °C)

CaCr₂O₄ 1.1.87
incommensurate spiral
≤ 43 K (−230 °C)

P2₁2₁2₁1′(0,β,0)000s(0,0,γ)000s

· point group 2221′ · 1 structure

incommensurate spiral ×1

Mn₁Ge₁ 2.1.2
incommensurate spiral

P2₁31′(α,0,0)00s(0,α,0)00s(0,0,α)00s

· point group 231′ · 1 structure

incommensurate spiral ×1

Mn₁Ge₁ 3.1.1
incommensurate spiral

P2₁ma1′(0,0,γ)0s0s

· point group mm21′ · 1 structure

incommensurate spiral ×1

Gd₂BaCuO₅ 1.1.92
incommensurate spiral
≤ 11.8 K (−261 °C)

P2₁nm1′(0,0,γ)0s0s

· point group mm21′ · 1 structure

incommensurate spiral ×1

Cr₂BeO₄ 1.1.108
incommensurate spiral
≤ 28 K (−245 °C)

P31′(1/3,1/3,γ)ts

· point group 31′ · 2 structures

incommensurate spiral ×2

KAg₂Fe(VO₄)₂ 1.1.99
incommensurate spiral
≤ 2.8 K (−270 °C)

RbAg₂Fe(VO₄)₂ 1.1.100
incommensurate spiral
≤ 3.2 K (−270 °C)

P31′(1/31/3γ)ts

· point group 31′ · 1 structure

incommensurate spiral ×1

RbFe(MoO₄)₂ 1.1.2
incommensurate spiral
≤ 3.8 K (−269 °C)

P3211′(0,0,γ)-t00s

· point group 321′ · 1 structure

incommensurate spiral ×1

ScFeGe 1.1.121
incommensurate spiral
≤ 36 K (−237 °C)

P3211′(00γ)000s

· point group 321′ · 1 structure

incommensurate spiral ×1

Ba₃NbFe₃Si₂O₁₄ 1.1.17
incommensurate spiral
≤ 27 K (−246 °C)

P4/mmm1′(00γ)00sss

· point group 4/mmm1′ · 1 structure

incommensurate spin-density wave ×1

CeRu₂Al₂B 1.1.44
incommensurate spin-density wave
≤ 14.2 K (−259 °C)

P4221′(1/2,1/2,γ)q00s

· point group 4221′ · 1 structure

incommensurate spiral ×1

CeRhIn₅ 1.1.16
incommensurate spiral
≤ 3.8 K (−269 °C)

P4221′(1/21/2γ)q00s

· point group 4221′ · 1 structure

incommensurate spiral ×1

YBaCuFeO₅ 1.1.53
incommensurate spiral
≤ 175 K (−98 °C)

P4₂2₁21′(0,0,γ)-q00s

· point group 4221′ · 1 structure

incommensurate spiral ×1

MnO₂ 1.1.111
incommensurate spiral
≤ 93 K (−180 °C)

P4₃(0,0,γ)0

· point group 4 · 2 structures

incommensurate spiral ×2

Ce₅TeO₈ 1.1.130
incommensurate spiral
≤ 45 K (−228 °C)

Ce₅TeO₈ 1.1.131
incommensurate spiral
≤ 27 K (−246 °C)

P62′2′(00γ)h00

· point group 62′2′ · 1 structure

incommensurate spiral ×1

DyMn₆Ge₆ 1.1.10
incommensurate spiral

P6221′_c(00γ)h00s

· point group 6221′ · 1 structure

incommensurate spiral ×1

ScMn₆Ge₆ 1.1.46
incommensurate spiral
≤ 100 K (−173 °C)

P6₃/mcm1′(0,0,γ)00sss

· point group 6/mmm1′ · 1 structure

incommensurate spiral ×1

Ce₃Ti₁Bi₅ 1.1.155
incommensurate spiral
≤ 5 K (−268 °C)

P6₃221′(0,0,γ)h00s

· point group 6221′ · 1 structure

incommensurate spiral ×1

Ho 1.1.147
incommensurate spiral
≤ 105 K (−168 °C)

P6₃221′(0,0,γ)h00s

· point group 6221′ · 1 structure

incommensurate spiral ×1

Dy 1.1.135
incommensurate spiral
≤ 179 K (−94 °C)

Pbam1′(α00)0s0s

· point group mmm1′ · 1 structure

incommensurate spin-density wave ×1

Ce₂Pd₂Sn 1.1.9
incommensurate spin-density wave
≤ 4.8 K (−268 °C)

Pbn211′(0β0)s00s

· point group mm21′ · 1 structure

incommensurate spiral ×1

TbMnO₃ 1.1.7
incommensurate spiral
≤ 41 K (−232 °C)

Pbn211′(0β0)s00s

· point group mm21′ · 1 structure

incommensurate spiral ×1

TbMnO₃ 1.1.8
incommensurate spiral
≤ 28 K (−245 °C)

Pbn2₁1(0,0,γ)ss0

· point group mm21 · 1 structure

incommensurate spiral ×1

Dy₁Fe₁O₃ 1.1.141
incommensurate spiral
≤ 4 K (−269 °C)

Pbnm1(0,0,γ)ss0

· point group mmm1 · 1 structure

incommensurate spin-density wave ×1

Dy₁Fe₁O₃ 1.1.140
incommensurate spin-density wave
≤ 4 K (−269 °C)

Pbnm1′(0,β,0)s00s

· point group mmm1′ · 1 structure

incommensurate spin-density wave ×1

TbMnO₃ 1.1.6
incommensurate spin-density wave
≤ 41 K (−232 °C)

Pbnm1′(00γ)s00s

· point group mmm1′ · 1 structure

incommensurate spiral ×1

CaCr₂O₄ 1.1.15
incommensurate spiral
≤ 21 K (−252 °C)

Pbnm1′(0β0)s00s

· point group mmm1′ · 1 structure

incommensurate spin-density wave ×1

LuMnO₃ 1.1.69
incommensurate spin-density wave
≤ 39 K (−234 °C)

Pmc21(α00)0s0

· point group mm2 · 1 structure

incommensurate spin-density wave ×1

Pb₂MnWO₆ 1.1.78
incommensurate spin-density wave
≤ 7 K (−266 °C)

Pmc2₁1′(α00)0s0s

· point group mm21′ · 1 structure

incommensurate spin-density wave ×1

Pb₂MnWO₆ 1.1.79
incommensurate spin-density wave
≤ 9 K (−264 °C)

Pmm21′(00γ)ss0s

· point group mm21′ · 1 structure

incommensurate spin-density wave ×1

PrCoAl₄ 1.1.61
incommensurate spin-density wave
≤ 17 K (−256 °C)

Pmma1′(0,0,γ)ss0s

· point group mmm1′ · 1 structure

incommensurate spin-density wave ×1

PrCoAl₄ 1.1.125
incommensurate spin-density wave
≤ 17 K (−256 °C)

Pmmn1′(α00)0s0s

· point group mmm1′ · 1 structure

incommensurate spin-density wave ×1

NpAs₂ 1.1.82
incommensurate spin-density wave
≤ 52 K (−221 °C)

Pn′ma′(00γ)0s0

· point group m′m′m · 1 structure

incommensurate ×1

C₄H₉Co_0.526N₁Ni_0.474O₆ 1.1.158
incommensurate
≤ 22.5 K (−251 °C)

Pn′ma′(00γ)0s0

· point group m′m′m · 1 structure

incommensurate spin-density wave ×1

(CH₃NH₃)Ni(COOH)₃ 1.1.98
incommensurate spin-density wave
≤ 34 K (−239 °C)

Pn′ma(0β0)00s

· point group m′mm · 1 structure

incommensurate spiral ×1

Rb₂Mn₃(MoO₄)₃(OH)₂ 1.1.83
incommensurate spiral
≤ 3.5 K (−270 °C)

Pna2₁1′(1/2,1/2,γ)qq0s

· point group mm21′ · 1 structure

incommensurate spiral ×1

Ca_0.93Sr_0.07BaCo₄O₇ 1.1.93
incommensurate spiral
≤ 82 K (−191 °C)

Pnm′a(α00)000

· point group mmm1′ · 2 structures

incommensurate spiral ×2

Co₁Ho₃ 1.1.156
incommensurate spiral
≤ 21 K (−252 °C)

Co₁Ho₃ 1.1.157
incommensurate spiral
≤ 21 K (−252 °C)

Pnma1′(0β0)000s

· point group mmm1′ · 2 structures

incommensurate spiral ×1incommensurate spin-density wave ×1

Cs₂CuCl₄ 1.1.1
incommensurate spiral
≤ 0.6 K (−273 °C)

Ca₁Fe₄As₃ 1.1.5
incommensurate spin-density wave
≤ 85 K (−188 °C)

Pnma1′(α,0,0)0sss

· point group mmm1′ · 1 structure

incommensurate spin-density wave ×1

(Lu_0.9Mn_0.1)MnO₃ 1.1.127
incommensurate spin-density wave
≤ 36 K (−237 °C)

Pnma1′(α00)00ss

· point group mmm1′ · 1 structure

incommensurate spin-density wave ×1

TmMnO₃ 1.1.70
incommensurate spin-density wave
≤ 40 K (−233 °C)

Pnma1′(α00)0sss

· point group mmm1′ · 1 structure

incommensurate spin-density wave ×1

YMnO₃ 1.1.71
incommensurate spin-density wave
≤ 42 K (−231 °C)

Pnnm1′(0,0,γ)s00s

· point group mmm1′ · 1 structure

incommensurate spin-density wave ×1

MnO₂ 1.1.165
incommensurate spin-density wave
≤ 92 K (−181 °C)

R 3 1′(00γ)ts

· point group 31′ · 1 structure

incommensurate spiral ×1

Mn₂FeSbO₆ 1.1.50
incommensurate spiral
≤ 50 K (−223 °C)

R3c1′(00γ)00s

· point group 3m1′ · 1 structure

incommensurate spin-density wave ×1

Ca₃Co₂O₆ 1.1.39
incommensurate spin-density wave
≤ 25 K (−248 °C)

R32′(0,0,γ)t0

· point group 32′ · 1 structure

incommensurate spiral ×1

Pd_2.94Mn_0.94 1.1.101
incommensurate spiral
≤ 190 K (−83 °C)

R321′(00γ)t0s

· point group 321′ · 2 structures

incommensurate spiral ×2

NdFe₃B₄O₁₂ 1.1.18
incommensurate spiral
≤ 13.5 K (−260 °C)

SrFeO₃ 1.1.26
incommensurate spiral
≤ 133 K (−140 °C)

Rm1′(ααγ)0s

· point group m1′ · 1 structure

incommensurate spiral ×1

NiBr₂ 1.1.77
incommensurate spiral
≤ 22.8 K (−250 °C)

X2/c1′(α0γ)0ss

· point group 2/m1′ · 1 structure

incommensurate spiral ×1

MnWO₄ 1.1.12
incommensurate spiral
≤ 13.5 K (−260 °C)

X2/n1′(αβ0)00s

· point group 2/m1′ · 1 structure

incommensurate spiral ×1

FeOCl 1.1.40
incommensurate spiral
≤ 80 K (−193 °C)

X21′(α0γ)0s

· point group 21′ · 1 structure

incommensurate spiral ×1

MnWO₄ 1.1.11
incommensurate spiral
≤ 12.5 K (−261 °C)

X21′(α,α,0)ss

· point group 21′ · 1 structure

incommensurate spiral ×1

CuCrO₂ 1.1.72
incommensurate spiral
≤ 23.6 K (−250 °C)

X21′(α0γ)0s

· point group 21′ · 1 structure

incommensurate spiral ×1

MnWO₄ 1.1.95
incommensurate spiral
≤ 12.5 K (−261 °C)

X2221′(α,α,0)s00s

· point group 2221′ · 1 structure

incommensurate spiral ×1

Sr₃Fe₂O₇ 1.1.22
incommensurate spiral
≤ 115 K (−158 °C)

Xb2₁m1′(00γ)000s

· point group mm21′ · 2 structures

incommensurate spiral ×2

GdMn₂O₅ 1.1.62
incommensurate spiral
≤ 40 K (−233 °C)

GdMn₂O₅ 1.1.63
incommensurate spiral
≤ 40 K (−233 °C)

Xm2m1′(0,0,γ)000s

· point group mm21′ · 1 structure

incommensurate spin-density wave ×1

Ce₁Pd₁Al₁ 1.1.144
incommensurate spin-density wave
≤ 2.7 K (−270 °C)

668 magnetic space groups

P 1

PS 1

P 1

P 11

P 1′

P1′

PS 1

PS1

Ps 1

PC 2

P 21

P 21′

P 21′

P21′

Pa 21

PC 21

C 2

C 2′

Cc 2

Ca 2

P m′

P c

P c′

Pa c

Pc c

Pb c

PC c

C m′

Cc m

Ca m

C c

C c′

Cc c

Ca c

P 2′/m′

PC 2/m

P 21/m

P 21/m′

P 21′/m′

P 21′/m′

Pa 21/m

Pa 21 / m

Pa 21/m

Pb 21/m

PC 21/m

C 2/m

C 2′/m

C 2/m′

C 2′/m′

C2′/m′

Cc 2/m

Ca 2/m

Ca2/m

P2′/c

P 2′/c′

Pa 2/c

Pb 2/c

PA 2/c

PC 2/c

P 21/c

P 21/c

P 21/c1

P 21/n

P 21′/c

P 21/c′

P21/c′

P 21′/c′

Pa 21/c

Pa 21/c

Pb 21/c

Pc 21/c

PA 21/c

PC 21/c

Pc 21/c

C 2/c

C 2/c1

C 2′/c

C 2/c′

C 2′/c′

P_S 1

P_S 1

P_S1

P_s 1

P_C 2

P 2₁

P 2₁′

P2₁′

P_a 2₁

P_C 2₁

C_c 2

C_a 2

P_a c

P_c c

P_b c

P_C c

C_c m

C_a m

C_c c

C_a c

P_C 2/m

P 2₁/m

P 2₁/m′

P 2₁′/m′

P_a 21/m

P_a 2₁ / m

P_a 2₁/m

P_b 2₁/m

P_C 2₁/m

C_c 2/m

C_a 2/m

C_a2/m

P_a 2/c

P_b 2/c

P_A 2/c

P_C 2/c

P 2₁/c

P 2₁/c1

P 2₁/n

P 2₁′/c

P 2₁/c′

P2₁/c′

P 2₁′/c′

P_a 21/c

P_a 2₁/c

P_b 2₁/c

P_c 2₁/c

P_A 2₁/c

P_C 2₁/c

P_c 21/c

C_c 2/c

C_c2/c

C_a 2/c

P_c 2 2 2₁

P 2₁ 2₁′ 2′

P 2₁2₁′2′

P_c 2₁ 2₁ 2

P_B 2₁ 2₁ 2

P_B 2₁2₁2

P 2₁ 2₁ 2₁

P 2₁2₁2₁

P 2₁′ 2₁′ 2₁

P 2₁′2₁′2₁

P_c 2₁ 2₁ 2₁

P_c2₁2₁2₁

P_C 2₁ 2₁ 2₁

P_C 2₁2₁2₁

P_I 2₁ 2₁ 2₁

C 2′ 2′ 2₁

C 2′2′2₁

C 2 2′ 2₁′

C 22′2₁′

C_a 2 2 2₁

C_A 2 2 2₁

C_A 222₁

I_c 2 2 2

I_c 2₁c2₁c2₁

P m c 2₁

P m′ c 2₁′

P m c′ 2₁′