In open Floquet lattices the integrated left-right transmission asymmetry equals the net chirality and winding contribution of an isolated Floquet band, so the asymmetry plateau is the robust topological observable.
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A new real-space computational methodology computes light-induced Hall transport in disordered graphene, showing generation or suppression of Hall conductivity depending on topology and robustness to disorder.
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Scattering-state theory of open Floquet lattices: transfer matrices, branch openness, and robust asymmetry
In open Floquet lattices the integrated left-right transmission asymmetry equals the net chirality and winding contribution of an isolated Floquet band, so the asymmetry plateau is the robust topological observable.
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Real-Space Approach to Light-Induced Hall Transport in Disordered Materials
A new real-space computational methodology computes light-induced Hall transport in disordered graphene, showing generation or suppression of Hall conductivity depending on topology and robustness to disorder.