High pressure suppresses the PT-symmetric antiferromagnetic phase of LaMnSi and induces a PT-broken ferromagnetic state with a large anomalous Hall effect, confirmed by transport measurements and DFT calculations.
Fiebig, Journal of Physics D: Applied Physics38, R123 (2005)
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Spinon excitations generate direct current via the shift current mechanism in a noncentrosymmetric 1D XXZ antiferromagnet with magnetoelectric coupling.
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Pressure-induced PT Symmetry Breaking in LaMnSi
High pressure suppresses the PT-symmetric antiferromagnetic phase of LaMnSi and induces a PT-broken ferromagnetic state with a large anomalous Hall effect, confirmed by transport measurements and DFT calculations.
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Spinon shift current in a noncentrosymmetric quantum spin chain
Spinon excitations generate direct current via the shift current mechanism in a noncentrosymmetric 1D XXZ antiferromagnet with magnetoelectric coupling.