Nonlinear response theory predicts electric-field control of spin photocurrent in Cr2O3 via field-induced DMI, with polarization anisotropy, E-dependent resonance/intensity, and two-magnon continuum from spin canting.
Linear electric shifts in the paramagnetic resonance of Al 2O3:Cr3+,
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Electrical control of spin photocurrent in a magnetoelectric oxide Cr$_2$O$_3$
Nonlinear response theory predicts electric-field control of spin photocurrent in Cr2O3 via field-induced DMI, with polarization anisotropy, E-dependent resonance/intensity, and two-magnon continuum from spin canting.