Non-Hermitian skin effect in Rashba nanowire with ferromagnetic lead produces nonreciprocal nonlocal conductance detectable by transport spectroscopy, with exceptional points shifting under open boundary conditions.
San-Jose, Pablosanjose/Quantica.jl: Release v1.2.0, Zenodo (2025)
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Uniformly dissipative Rashba nanowires with skewed magnetic fields exhibit nonreciprocal conductance from interference-induced differences in transmission times between left- and right-moving electrons.
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Non-Hermitian skin effect and electronic nonlocal transport
Non-Hermitian skin effect in Rashba nanowire with ferromagnetic lead produces nonreciprocal nonlocal conductance detectable by transport spectroscopy, with exceptional points shifting under open boundary conditions.
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Nonreciprocal conductance in uniformly dissipative devices
Uniformly dissipative Rashba nanowires with skewed magnetic fields exhibit nonreciprocal conductance from interference-induced differences in transmission times between left- and right-moving electrons.