Non-local tunneling spectroscopy in 1D superconducting wires reveals anti-symmetric pair-breaking conductance features with onset at 3Δ, enabling estimates of energy-dependent inelastic scattering times via comparison to quasiclassical simulations.
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Thermoelectric and non-reciprocal transport effects are predicted as accessible probes for spin- and valley-polarized states in hybrid Ising superconductor and van der Waals material junctions.
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Non-local Tunneling Spectroscopy of Inelastic Quasiparticle Relaxation in Superconducting 1-D Wires
Non-local tunneling spectroscopy in 1D superconducting wires reveals anti-symmetric pair-breaking conductance features with onset at 3Δ, enabling estimates of energy-dependent inelastic scattering times via comparison to quasiclassical simulations.
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Detection of spin- and valley-polarized states in van der Waals materials via thermoelectric and non-reciprocal transport
Thermoelectric and non-reciprocal transport effects are predicted as accessible probes for spin- and valley-polarized states in hybrid Ising superconductor and van der Waals material junctions.