Altermagnets intrinsically generate hundreds of high harmonics in spin and charge pumping under magnetic dynamics, with amplitudes exceeding light-driven schemes and without needing extra spin-orbit coupling.
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Geometry-driven electric field gradients in finite mesoscopic systems induce antisymmetric linear transverse magnetization forbidden by Onsager reciprocity without the gradient, plus ferroaxial moments, with linear electric-field scaling for the transverse component.
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High-Harmonic Spin and Charge Pumping in Altermagnets
Altermagnets intrinsically generate hundreds of high harmonics in spin and charge pumping under magnetic dynamics, with amplitudes exceeding light-driven schemes and without needing extra spin-orbit coupling.
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Antisymmetric linear transverse magnetization and ferroaxial moments induced by geometry-driven electric field gradients
Geometry-driven electric field gradients in finite mesoscopic systems induce antisymmetric linear transverse magnetization forbidden by Onsager reciprocity without the gradient, plus ferroaxial moments, with linear electric-field scaling for the transverse component.