Factorization, Supersymmetry, Coherent States and Classical Trajectories
Abstract
A generalization of coherent states has been developed in the context of supersymmetric quantum mechanics. For many cases, no link has been made with the corresponding classical system. In this work, we consider simple superpotentials and compare the classical trajectories and the mean values of the position operator in these states. The mean value of the position operator can be written as a power series in time with coefficients whose relations to the superpotential are given in the general case. These coefficients imply integrals and recursion formulas. The method used reproduces exactly what is known for the harmonic oscillator. It is extended to study a family of systems which encompasses the harmonic oscillator. We also consider a third degree superpotential. The time scale after which the mean value of the position operator and the classical trajectory begin differing significantly is evaluated. Keywords: Coherent States, SUSYQM.
Cite
@article{arxiv.1704.01819,
title = {Factorization, Supersymmetry, Coherent States and Classical Trajectories},
author = {Musongela Lubo and Kikunga Kasenda Ivan and Likwolo Katamba Stanislas},
journal= {arXiv preprint arXiv:1704.01819},
year = {2025}
}
Comments
23 pages 5 figures The paper has been toroughly revised. The use of the SUSY structure is more extensively shown. The saddle point approximation and its validity have been studied in more detail