Annals of Physics

Effective mass of the polaron: A functional integral approach

Herbert E. Spohn

Published May 1, 1987• 89 citations

Publisher

DOI: 10.1016/0003-4916(87)90211-9

Related papers

A Feynman Path-Integral Calculation of the Polaron Effective Mass.

M. M. Chawla

Civil War Book ReviewJan 1, 19710 citations

Path integral approach to polaron mass and radius at finite temperatures

V. K. Fedyanin, C. Rodriguez

Physica A Statistical Mechanics and its ApplicationsJun 1, 19827 citations

Path integral theory of the eccective mass of polarons

Orapin Wipasyramonton, Virulh Samathiyakanit, Anantasin Tehchakumpucha

Jan 1, 19740 citations

FUNCTIONAL INTEGRAL APPROACH AND THE EIKONAL APPROXIMATION TO THE POLARON ENERGY AND MASS

Nhu Xuan Nguyen, Toan Thang Vu

This article uses the functional integral method and eikonal approximation to calculate the first-order correction for the energy and (effective) mass of the Polaron. The obtained results have demonstrated the effectiveness of the functional integral method compared to conventional perturbation theory when considering the Polaron problem in solid crystal.

Apr 30, 20240 citations

The effective mass of a quantum polaron

Alexander O. Gogolin, Alexei S. Ioselevich

Sep 1, 19911 citation

Static and Dynamic Effective Mass of the Polaron

Virulh Sa‐Yakanit, K. Tayanasanti

Jan 1, 19980 citations