Altermagnets Database

High-throughput computational screening for altermagnetic materials

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Search is executed server-side against the screened materials table and the linked MAGNDATA symmetry summaries.

Showing 104 of 180 screened entries.

Origin Naturally collinear
Material i One screened material entry per row. The detail page expands the linked MAGNDATA records and symmetry metadata. MAGNDATA Origin i Whether the linked symmetry evidence came from naturally collinear entries, from collinearized noncollinear entries, or from a mixture of both. Space group Max SS i Largest spin splitting within ±3 eV of the Fermi level in the high-throughput calculation. Avg SS FΔ Gap Min abundance i Minimum crustal abundance among the constituent elements, reported in ppm as a simple scarcity proxy.
$\mathrm{CrSb}$
AM | wave g
 0.528 Naturally collinear P6_3/mmc 1.872 eV 0.763 eV 34.4% 0.000 eV 0.200 ppm
$\mathrm{MnTe}$
AM | wave d, g
 0.800 Naturally collinear P6_3/mmc 0.923 eV 0.449 eV 34.4% 0.764 eV 0.001 ppm
$\mathrm{RuO_{2}}$
AM | wave d/g
 0.607 Naturally collinear P4_2/mnm 0.865 eV 0.351 eV 25.0% 0.000 eV 0.001 ppm
$\mathrm{UCr_{2}Si_{2}C}$
AM | wave d/g
 0.499 Naturally collinear P4/mmm 0.719 eV 0.312 eV 46.9% 0.000 eV 2.7 ppm
$\mathrm{CoF_{2}}$
AM | wave d/g
 0.178 Naturally collinear P4_2/mnm 0.479 eV 0.223 eV 16.7% 3.306 eV 25.0 ppm
$\mathrm{Mn(C_{2}N_{3})_{2}}$
AM | wave d
 0.131 Naturally collinear Pnnm 0.348 eV 0.156 eV 16.2% 3.742 eV 19.0 ppm
$\mathrm{LiFe_{2}F_{6}}$
AM | wave d/g
 0.501 Naturally collinear P4_2/mnm 0.319 eV 0.159 eV 12.5% 0.168 eV 20.0 ppm
$\mathrm{MnGeN_{2}}$
AM | wave d
 0.1065 Naturally collinear Pna2_1 0.305 eV 0.145 eV 14.6% 1.516 eV 1.5 ppm
$\mathrm{NiCO_{3}}$
AM | wave g
 0.113 Naturally collinear R-3c 0.301 eV 0.167 eV 20.8% 4.197 eV 84.0 ppm
$\mathrm{FeSO_{4}F}$
AM | wave d
 0.128 Naturally collinear C2/c 0.301 eV 0.158 eV 28.9% 2.451 eV 350.0 ppm
$\mathrm{MnF_{2}}$
AM | wave d/g
 0.15 Naturally collinear P4_2/mnm 0.294 eV 0.156 eV 18.8% 3.575 eV 585.0 ppm
$\mathrm{CrVO_{4}}$
AM | wave d
 1.522 Naturally collinear Cmcm 0.292 eV 0.158 eV 28.6% 2.877 eV 102.0 ppm
$\mathrm{Sr_{4}Fe_{4}O_{11}}$
AM | wave d
 0.402 Naturally collinear Cmmm 0.289 eV 0.150 eV 29.8% 0.176 eV 370.0 ppm
$\mathrm{TbFeO_{3}}$
AM | wave d
 0.351 Naturally collinear Pnma 0.271 eV 0.133 eV 26.8% 2.826 eV 1.2 ppm
$\mathrm{Er_{2}Ru_{2}O_{7}}$
AM | wave d/g
 0.154 Naturally collinear Fd-3m 0.268 eV 0.266 eV 20.3% 0.412 eV 0.001 ppm
$\mathrm{FeBO_{3}}$
AM | wave g
 0.112 Naturally collinear R-3c 0.262 eV 0.177 eV 29.7% 2.660 eV 10.0 ppm
$\mathrm{TlCrO_{3}}$
AM | wave d
 0.309 Naturally collinear Pnma 0.246 eV 0.146 eV 24.1% 0.625 eV 0.850 ppm
$\mathrm{FeHSO_{5}}$
AM | wave d
 0.760 Naturally collinear C2/c 0.241 eV 0.156 eV 26.6% 2.625 eV 350.0 ppm
$\mathrm{Fe_{2}O_{3}}$
AM | wave g
 0.66, 0.65 Naturally collinear R-3c 0.237 eV 0.152 eV 29.0% 2.566 eV 56,300 ppm
$\mathrm{CrInO_{3}}$
AM | wave d
 0.308 Naturally collinear Pnma 0.232 eV 0.132 eV 20.5% 1.886 eV 0.250 ppm
$\mathrm{ScCrO_{3}}$
AM | wave d
 0.307 Naturally collinear Pnma 0.227 eV 0.127 eV 20.5% 2.987 eV 22.0 ppm
$\mathrm{Sr_{2}TbIrO_{6}}$
AM | wave d
 0.475 Naturally collinear P2_1/c 0.226 eV 0.114 eV 27.1% 0.139 eV 0.001 ppm
$\mathrm{YCrO_{3}}$
AM | wave d
 0.586, 0.947 Naturally collinear Pnma 0.221 eV 0.115 eV 21.4% 3.121 eV 33.0 ppm
$\mathrm{SmFeO_{3}}$
AM | wave d
 0.379 Naturally collinear Pnma 0.215 eV 0.124 eV 27.7% 2.843 eV 7.0 ppm
$\mathrm{FeNiPO_{5}}$
AM | wave d
 0.261 Naturally collinear Pnma 0.207 eV 0.121 eV 24.4% 2.694 eV 84.0 ppm
$\mathrm{TmCrO_{3}}$
AM | wave d
 0.587 Naturally collinear Pnma 0.202 eV 0.117 eV 25.0% 3.141 eV 0.520 ppm
$\mathrm{TmVO_{3}}$
AM | wave d
 0.983, 0.982 Naturally collinear P2_1/c 0.200 eV 0.100 eV 18.8% 1.739 eV 0.520 ppm
$\mathrm{Fe_{3}P_{2}(HO_{5})_{2}}$
AM | wave d
 0.392 Naturally collinear P2_1/c 0.197 eV 0.126 eV 23.6% 2.051 eV 1,050 ppm
$\mathrm{PrFeO_{3}}$
AM | wave d
 0.1085 Naturally collinear Pnma 0.197 eV 0.120 eV 28.6% 2.822 eV 9.2 ppm
$\mathrm{CuFePO_{5}}$
AM | wave d
 0.260 Naturally collinear Pnma 0.194 eV 0.119 eV 27.5% 1.954 eV 60.0 ppm
$\mathrm{NaOsO_{3}}$
AM | wave d
 0.25 Naturally collinear Pnma 0.193 eV 0.082 eV 22.9% 0.119 eV 0.002 ppm
$\mathrm{Fe_{2}SiO_{4}}$
AM | wave d
 0.1071 Naturally collinear Pnma 0.192 eV 0.132 eV 17.4% 2.940 eV 56,300 ppm
$\mathrm{LaMnO_{3}}$
AM | wave d
 0.642, 0.1 Naturally collinear Pnma 0.188 eV 0.106 eV 20.5% 1.283 eV 39.0 ppm
$\mathrm{CoCO_{3}}$
AM | wave g
 0.114 Naturally collinear R-3c 0.188 eV 0.125 eV 25.0% 2.766 eV 25.0 ppm
$\mathrm{TmFeO_{3}}$
AM | wave d
 0.1021, 0.1022 Naturally collinear Pnma 0.188 eV 0.124 eV 22.3% 0.762 eV 0.520 ppm
$\mathrm{CrNiO_{4}}$
AM | wave d
 0.896 Naturally collinear Cmcm 0.186 eV 0.109 eV 31.2% 2.000 eV 84.0 ppm
$\mathrm{ZrMn_{2}(GeO_{3})_{4}}$
AM | wave d/g
 0.315 Naturally collinear P4/nbm 0.184 eV 0.105 eV 14.4% 2.309 eV 1.5 ppm
$\mathrm{LaCrO_{3}}$
AM | wave d
 0.323, 0.417 Naturally collinear Pnma 0.182 eV 0.097 eV 20.5% 3.105 eV 39.0 ppm
$\mathrm{MnSe_{2}}$
AM | wave d
 1.0.47 Naturally collinear Pa-3 0.178 eV 0.133 eV 45.8% 0.983 eV 0.050 ppm
$\mathrm{PrMnO_{3}}$
AM | wave d
 0.608 Naturally collinear Pnma 0.176 eV 0.107 eV 21.4% 0.896 eV 9.2 ppm
$\mathrm{TiMnO_{3}}$
AM | wave g
 0.50 Naturally collinear R3c 0.173 eV 0.101 eV 25.0% 2.470 eV 950.0 ppm
$\mathrm{NiPbO_{3}}$
AM | wave g
 0.21 Naturally collinear R3c 0.170 eV 0.111 eV 26.1% 0.561 eV 14.0 ppm
$\mathrm{MnCO_{3}}$
AM | wave g
 0.115 Naturally collinear R-3c 0.161 eV 0.112 eV 19.5% 4.015 eV 200.0 ppm
$\mathrm{Nb_{3}VS_{6}}$
AM | wave d, g
 0.712 Naturally collinear P6_322 0.161 eV 0.057 eV 31.2% 0.000 eV 20.0 ppm
$\mathrm{Li_{2}Ni(SO_{4})_{2}}$
AM | wave d
 0.714 Naturally collinear P2_1/c 0.158 eV 0.077 eV 20.5% 4.565 eV 20.0 ppm
$\mathrm{FeCO_{3}}$
AM | wave g
 0.116 Naturally collinear R-3c 0.157 eV 0.110 eV 17.4% 3.688 eV 200.0 ppm
$\mathrm{Ba_{3}CoIr_{2}O_{9}}$
AM | wave d
 0.747 Naturally collinear C2/c 0.156 eV 0.124 eV 29.2% n/a eV 0.001 ppm
$\mathrm{CoF_{3}}$
AM | wave g
 0.334 Naturally collinear R-3c 0.155 eV 0.095 eV 31.2% 1.825 eV 25.0 ppm
$\mathrm{Sr_{2}CoTeO_{6}}$
AM | wave d
 0.937, 0.301 Naturally collinear P2_1/c 0.155 eV 0.088 eV 29.2% 2.154 eV 0.001 ppm
$\mathrm{CoTa_{4}Se_{8}}$
AM | wave g
 0.1036 Naturally collinear P6_3/mmc 0.154 eV 0.126 eV 36.7% 0.000 eV 0.050 ppm
$\mathrm{ZnFeH_{4}O_{2}F_{5}}$
AM | wave d
 0.575 Naturally collinear Imm2 0.154 eV 0.074 eV 23.4% 3.124 eV 70.0 ppm
$\mathrm{LuVO_{3}}$
AM | wave d
 0.984 Naturally collinear Pnma 0.153 eV 0.073 eV 18.8% 1.991 eV 0.800 ppm
$\mathrm{RbCoBr_{3}}$
AM | wave g
 1.0.26 Naturally collinear P6_3/mmc 0.150 eV 0.100 eV 24.4% 0.000 eV 2.4 ppm
$\mathrm{CeMn_{2}Ge_{4}O_{12}}$
AM | wave d/g
 0.189 Naturally collinear P4/nbm 0.149 eV 0.117 eV 18.3% 0.000 eV 1.5 ppm
$\mathrm{LiLa_{2}RuO_{6}}$
AM | wave d
 0.148 Naturally collinear P2_1/c 0.142 eV 0.093 eV 26.0% 1.220 eV 0.001 ppm
$\mathrm{Mn_{2}SeO_{3}F_{2}}$
AM | wave d
 0.755 Naturally collinear Pnma 0.141 eV 0.095 eV 21.2% 3.889 eV 0.050 ppm
$\mathrm{FeF_{3}}$
AM | wave g
 0.581, 0.335 Naturally collinear R-3c 0.141 eV 0.094 eV 32.8% 4.342 eV 585.0 ppm
$\mathrm{Mn_{4}Nb_{2}O_{9}}$
AM | wave d
 0.722 Naturally collinear Cc 0.140 eV 0.078 eV 21.2% 1.270 eV 20.0 ppm
$\mathrm{Ce_{4}Sb_{3}}$
AM | wave d/g
 0.681 Naturally collinear I-43d 0.139 eV 0.058 eV 47.5% 0.000 eV 0.200 ppm
$\mathrm{Sr_{2}DyRuO_{6}}$
AM | wave d
 0.790 Naturally collinear P2_1/c 0.138 eV 0.081 eV 23.2% 1.114 eV 0.001 ppm
$\mathrm{YRuO_{3}}$
AM | wave d
 0.513 Naturally collinear Pnma 0.138 eV 0.067 eV 18.8% 0.569 eV 0.001 ppm
$\mathrm{LiFeP_{2}O_{7}}$
AM | wave d
 0.83 Naturally collinear P2_1 0.136 eV 0.085 eV 22.9% 2.958 eV 20.0 ppm
$\mathrm{Sr_{2}ErRuO_{6}}$
AM | wave d
 0.1008 Naturally collinear P2_1/c 0.134 eV 0.075 eV 22.3% 1.009 eV 0.001 ppm
$\mathrm{Sr_{2}YRuO_{6}}$
AM | wave d
 0.795 Naturally collinear P2_1/c 0.134 eV 0.075 eV 22.3% 1.012 eV 0.001 ppm
$\mathrm{Fe_{2}PO_{5}}$
AM | wave d
 0.263 Naturally collinear Pnma 0.134 eV 0.102 eV 22.5% 2.086 eV 1,050 ppm
$\mathrm{BaPrMn_{2}O_{6}}$
AM | wave d
 0.1059 Naturally collinear Pmc2_1 0.132 eV 0.054 eV 23.2% 0.000 eV 9.2 ppm
$\mathrm{Sr_{2}TmRuO_{6}}$
AM | wave d
 0.671 Naturally collinear P2_1/c 0.129 eV 0.070 eV 22.3% 0.978 eV 0.001 ppm
$\mathrm{Y_{2}Cu_{2}O_{5}}$
AM | wave d
 0.241 Naturally collinear Pna2_1 0.127 eV 0.070 eV 21.6% 1.704 eV 33.0 ppm
$\mathrm{LaCrO_{3}}$
AM | wave g
 0.416 Naturally collinear R-3c 0.124 eV 0.098 eV 19.4% 3.194 eV 39.0 ppm
$\mathrm{La_{2}NiO_{4}}$
AM | wave d
 0.45 Naturally collinear P4_2/ncm 0.121 eV 0.076 eV 24.4% 2.313 eV 39.0 ppm
$\mathrm{YVO_{3}}$
AM | wave d
 0.787 Naturally collinear Pnma 0.120 eV 0.061 eV 19.8% 2.037 eV 33.0 ppm
$\mathrm{Sr_{2}NiTeO_{6}}$
AM | wave d
 0.934 Naturally collinear P2_1/c 0.119 eV 0.053 eV 28.1% 2.343 eV 0.001 ppm
$\mathrm{Sr_{2}LuRuO_{6}}$
AM | wave d
 0.420 Naturally collinear P2_1/c 0.119 eV 0.078 eV 21.4% 0.958 eV 0.001 ppm
$\mathrm{Ca_{2}Fe_{2}O_{5}}$
AM | wave d
 0.1080 Naturally collinear Pnma 0.116 eV 0.080 eV 22.9% 1.373 eV 41,500 ppm
$\mathrm{CrNb_{4}S_{8}}$
AM | wave d, g
 0.708 Naturally collinear P6_3/mmc 0.112 eV 0.056 eV 37.5% 0.000 eV 20.0 ppm
$\mathrm{CuFeS_{2}}$
AM | wave d/g
 0.802 Naturally collinear I-42d 0.105 eV 0.081 eV 28.6% 1.043 eV 60.0 ppm
$\mathrm{LuCrWO_{6}}$
AM | wave d
 0.1082 Naturally collinear Pna2_1 0.104 eV 0.067 eV 26.1% 2.347 eV 0.800 ppm
$\mathrm{Ba_{3}NiRu_{2}O_{9}}$
AM | wave g
 0.748 Naturally collinear P6_3/mmc 0.104 eV 0.071 eV 19.4% 1.062 eV 0.001 ppm
$\mathrm{BaMnO_{3}}$
AM | wave g
 1.0.39 Naturally collinear P6_3/mmc 0.103 eV 0.061 eV 26.2% 2.613 eV 425.0 ppm
$\mathrm{Sr_{2}MnTeO_{6}}$
AM | wave d
 0.936 Naturally collinear P2_1/c 0.103 eV 0.060 eV 20.8% 1.792 eV 0.001 ppm
$\mathrm{Ba_{2}MnSi_{2}O_{7}}$
AM | wave d/g
 0.229 Naturally collinear P-42_1m 0.098 eV 0.062 eV 15.2% 3.349 eV 425.0 ppm
$\mathrm{CaIrO_{3}}$
AM | wave d
 0.79 Naturally collinear Cmcm 0.096 eV 0.066 eV 29.2% 0.038 eV 0.001 ppm
$\mathrm{SrMnO_{3}}$
AM | wave d
 0.1018, 0.1019 Naturally collinear C222_1 0.095 eV 0.063 eV 25.5% 1.873 eV 370.0 ppm
$\mathrm{BaMn_{2}V_{2}O_{8}}$
AM | wave d/g
 0.967 Naturally collinear I4_1cd 0.095 eV 0.064 eV 25.8% 2.087 eV 120.0 ppm
$\mathrm{Sr_{2}ScOsO_{6}}$
AM | wave d
 0.917 Naturally collinear P2_1/c 0.094 eV 0.045 eV 17.0% 0.000 eV 0.002 ppm
$\mathrm{Ba_{2}NdRuO_{6}}$
AM | wave d
 0.1013 Naturally collinear P2_1/c 0.092 eV 0.042 eV 25.9% 1.026 eV 0.001 ppm
$\mathrm{NaSr_{3}RuO_{6}}$
AM | wave d, g
 0.404 Naturally collinear R-3c 0.089 eV 0.064 eV 25.6% 1.564 eV 0.001 ppm
$\mathrm{Sr_{3}LiRuO_{6}}$
AM | wave g
 0.361 Naturally collinear R-3c 0.086 eV 0.067 eV 24.1% 1.553 eV 0.001 ppm
$\mathrm{K_{2}ReI_{6}}$
AM | wave d
 0.434, 0.553 Naturally collinear P2_1/c 0.084 eV 0.043 eV 34.4% 1.483 eV 0.001 ppm
$\mathrm{RbMnF_{4}}$
AM | wave d
 0.329 Naturally collinear P2_1/c 0.076 eV 0.040 eV 17.2% 1.926 eV 90.0 ppm
$\mathrm{SrMn_{2}V_{2}O_{8}}$
AM | wave d/g
 0.62 Naturally collinear I4_1cd 0.076 eV 0.054 eV 24.2% 2.760 eV 120.0 ppm
$\mathrm{LiCa_{3}RuO_{6}}$
AM | wave g
 0.239 Naturally collinear R-3c 0.074 eV 0.062 eV 26.0% 1.495 eV 0.001 ppm
$\mathrm{Na_{2}MnH_{8}(C_{3}O_{5})_{2}}$
AM | wave d
 0.955 Naturally collinear Pbca 0.073 eV 0.053 eV 15.5% 3.726 eV 200.0 ppm
$\mathrm{Fe_{2}Mo_{3}O_{8}}$
AM | wave g
 0.331 Naturally collinear P6_3mc 0.069 eV 0.042 eV 17.4% 0.000 eV 1.2 ppm
$\mathrm{CsCoCl_{3}}$
AM | wave g
 1.0.9, 1.0.38 Naturally collinear P6_3/mmc 0.069 eV 0.054 eV 18.8% 0.000 eV 3.0 ppm
$\mathrm{LiCa_{3}OsO_{6}}$
AM | wave g
 0.3 Naturally collinear R-3c 0.068 eV 0.060 eV 17.0% 0.813 eV 0.002 ppm
$\mathrm{Ba_{2}CoGe_{2}O_{7}}$
FiM, AM | wave s, d/g
 0.56 Naturally collinear P-42_1m 0.068 eV 0.047 eV 18.0% 2.592 eV 1.5 ppm
$\mathrm{Ca_{3}MnCoO_{6}}$
AM | wave g
 0.13 Naturally collinear R-3c 0.063 eV 0.051 eV 18.8% 2.003 eV 25.0 ppm
$\mathrm{CsCoF_{4}}$
AM | wave d/g
 0.405 Naturally collinear I-4c2 0.059 eV 0.045 eV 28.2% 0.053 eV 3.0 ppm
$\mathrm{UGaNi}$
AM | wave g
 2.88 Naturally collinear P-62m 0.057 eV 0.028 eV 2.4% 0.000 eV 2.7 ppm
$\mathrm{Co_{2}Mo_{3}O_{8}}$
AM | wave g
 0.332 Naturally collinear P6_3mc 0.057 eV 0.035 eV 20.1% 0.000 eV 1.2 ppm
$\mathrm{CuH_{9}C_{4}(NO_{2})_{3}}$
AM | wave d
 0.254, 0.255 Naturally collinear Pna2_1 0.056 eV 0.034 eV 17.5% 2.201 eV 19.0 ppm
$\mathrm{BaCrF_{5}}$
AM | wave d
 0.303 Naturally collinear P2_12_12_1 0.049 eV 0.030 eV 23.6% 4.241 eV 102.0 ppm
$\mathrm{CrH_{4}NF_{3}}$
AM | wave d/g
 0.1090 Naturally collinear P4_2/mbc 0.032 eV 0.017 eV 1.4% 2.835 eV 19.0 ppm