Squeezed Coherent States and a Semiclassical Propagator for the Schroedinger equation in Phase
arXiv:quant-ph/0605060
Abstract
We construct semiclassical solutions of the symplectically covariant Schroedinger phase-space equation rigorously studied in a previous paper; we use for this purpose an adaptation of Littlejohn's nearby-orbit method. We take the opportunity to discuss in some detail the so fruitful notion of squeezed coherent state and the action of the metaplectic group on these states.