EFFECT OF AN ELECTRIC FIELD ON POLARON SELF-ENERGY AND EFFECTIVE MASS IN А QUANTUM WIRE

L. A. Vardanyan; A. L. Vartanian; E. M. Kazaryan

doi:10.46991/PYSU:A/2008.42.2.049

EFFECT OF AN ELECTRIC FIELD ON POLARON SELF-ENERGY AND EFFECTIVE MASS IN А QUANTUM WIRE

Authors

L. A. Vardanyan Chair of Solid State Physics, YSU, Armenia
A. L. Vartanian Chair of Solid State Physics, YSU, Chair of Theoretical Physics, RAU, Armenia
E. M. Kazaryan Chair of Solid State Physics, YSU, Chair of Theoretical Physics, RAU, Armenia

DOI:

https://doi.org/10.46991/PYSU:A/2008.42.2.049

Keywords:

Lee–Low–Pines method, one dimensional Fröhlich polaron, self-energy, effective mass

Abstract

By using the Lee–Low–Pines method the general properties of one dimensional Fröhlich polaron in a quantum wire in presence of electric field are investigated. Analytical expressions for polaron self-energy and the effective mass are obtained.

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Published

2023-09-19

How to Cite

Vardanyan, L. A., Vartanian, A. L., & Kazaryan, E. M. (2023). EFFECT OF AN ELECTRIC FIELD ON POLARON SELF-ENERGY AND EFFECTIVE MASS IN А QUANTUM WIRE. Proceedings of the YSU A: Physical and Mathematical Sciences, 42(2 (216), 49–52. https://doi.org/10.46991/PYSU:A/2008.42.2.049