Quantum metric nematicity produces incident-polarization-dependent Kerr-like polarization rotation in time-reversal symmetric nonmagnetic systems.
demonstrate that the QMNKR directly occurs as the re- sult of nontrivial quantum geometry, particularly captur- ing the quantum-metric nematicity of the materials
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Quantum-metric-nematicity induced Kerr-like polarization rotation without time-reversal symmetry breaking
Quantum metric nematicity produces incident-polarization-dependent Kerr-like polarization rotation in time-reversal symmetric nonmagnetic systems.