A long time Gutzwiller trace formula for perturbations of Schrödinger operators near Anosov energy levels
Abstract
Under hyperbolic classical dynamics, a perturbed semiclassical operator with rapidly oscillating symbol satisfies a Gutzwiller trace formula valid up to logarithmic times, altering only the phase contributions.
Let P_h be a semiclassical pseudodifferential operator on a closed Riemannian manifold (M,g), with principal symbol p. We consider perturbations P_h+h^αQ, with 0<αle 1, where Q is a semiclassical pseudodifferential operator whose symbol oscillates at scale h^β, with 2β<α. Assuming that the classical dynamics of the unperturbed system on a regular energy surface p^{-1}(E) is hyperbolic, we prove a Gutzwiller trace formula for the perturbed operator that holds up to times of order |log h|. This formula relates the distribution of energy levels of the quantum system near the energy E to the periodic orbits of its classical counterpart. The perturbation h^αQ affects only the phases appearing in the trace formula.
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