Ermakov-Lewis dynamic invariants with some applications
Mathematical Physics
2016-09-07 v3 math.MP
Abstract
Contents: Introduction(3).The method of Ermakov(4).The method of Milne(7). Pinney's result(8).Lewis' results(8). The interpretation of Eliezer and Gray(14). The connection of the Ermakov invariant with N\"other's theorem(17). Possible generalizations of Ermakov's method(20). Geometrical angles and phases in Ermakov's problem(22). Application to the minisuperspace cosmology(26). Application to physical optics(42).Conclusions(47). Appendix A: Calculation of the integral of I(48). Appendix B: Calculation of <\hat{H}> in eigenstates of \hat{I}(49).References(50).
Cite
@article{arxiv.math-ph/0002005,
title = {Ermakov-Lewis dynamic invariants with some applications},
author = {Pedro B. Espinoza},
journal= {arXiv preprint arXiv:math-ph/0002005},
year = {2016}
}
Comments
51 pages, MS Thesis supervised by HC Rosu, several misprints corrected