Fano resonance in the nonadiabatic pumped shot noise of a time-dependent potential well

Abstract

We use the Floquet scattering theory to study the correlation properties of the nonadiabatic pumped dc current and heat flow through a time-dependent potential well. Oscillator induced quasibound states of electrons can transit to the Floquet states leading to resonant tunneling effect. Virtual electron scattering processes can produce pumped heat flow, pumped shot noise and pumped heat flow noise, with presence of time and spatial reversal symmetry. When one of the Floquet levels matches the quasibound level there strikes a "Fano" resonance.

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Cited by in corpus (6)

• Floquet scattering of quadratic band-touching semimetals through a time-periodic potential well
• Partition-free theory of time-dependent current correlations in nanojunctions in response to an arbitrary time-dependent bias
• Floquet transmission in Weyl/multi-Weyl and nodal-line semimetals through a time-periodic potential well
• Fano Resonance in the Nonadiabatically Pumped Shot Noise of a Time-Dependent Quantum Well in 2DEG and Graphene
• Resonance in the nonadiabatic quantum pumping of the time-dependent Josephson junction
• Fano resonance via bonding and antibonding states in nonadiabatically-pumped double-quantum-well systems