Nonlinear thermal gradients induce magnetization in d', g', and i' altermagnets but not in d, g, i or odd-parity magnets, as the leading response allowed by inversion symmetry.
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Light-induced nonlinear Edelstein effect probes ferroaxial ordering by inducing tilted spin magnetization via distinct couplings of linear and circular light to the electric toroidal dipole.
citing papers explorer
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Nonlinear thermal gradient induced magnetization in $d^{\prime }$, $g^{\prime }$ and $i^{\prime }$ altermagnets
Nonlinear thermal gradients induce magnetization in d', g', and i' altermagnets but not in d, g, i or odd-parity magnets, as the leading response allowed by inversion symmetry.
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Light-induced nonlinear Edelstein effect under ferroaxial ordering
Light-induced nonlinear Edelstein effect probes ferroaxial ordering by inducing tilted spin magnetization via distinct couplings of linear and circular light to the electric toroidal dipole.