Electron pairing in nanostructures driven by an oscillating field
arXiv:1905.11942 · doi:10.1103/PhysRevB.99.235416
Abstract
It is shown theoretically that the confinement of an electron at a repulsive potential can exist in nanostructures subjected to a strong high-frequency electromagnetic field. As a result of the confinement, the metastable bound electron state of the repulsive potential appears. This effect can lead, particularly, to electron pairing in nanostructures containing conduction electrons with different effective masses.
Published version
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Cited by in corpus (11)
- Floquet engineering of excitons in semiconductor quantum dots
- Light-induced bound electron states in two-dimensional systems: Contribution to electron transport
- Optically induced Kondo effect in semiconductor quantum wells
- Fano resonances in optical spectra of semiconductor quantum wells driven by an oscillating field
- Optically induced hybrid Bose-Fermi system in quantum wells with different charge carriers
- Floquet engineering of the Lifshitz phase transition in the Hubbard model
- Optically induced resonant tunneling of electrons in nanostructures
- All-optical control of excitons in semiconductor quantum wells
- Electronic states bound by repulsive potentials in graphene irradiated by a circularly polarized electromagnetic field
- Elementary excitations in the hybrid Bose-Fermi system induced by circularly polarized light in a two-dimensional gas of charge carriers with different masses
- Dynamical stabilization by vacuum fluctuations in a cavity: Resonant electron scattering in the ultrastrong light-matter coupling regime