Semiclassical Analysis for Hartree equation
R\'emi Carles (I3M), Satoshi Masaki (Kyoto)

TL;DR
This paper rigorously justifies WKB semiclassical analysis for the Hartree equation in dimensions three and higher, treating the nonlinearity as a semilinear perturbation unlike the quasilinear case in local nonlinear Schrödinger equations.
Contribution
It demonstrates that the Hartree nonlinearity can be handled as a semilinear perturbation in supercritical regimes, simplifying the semiclassical analysis.
Findings
WKB analysis is justified for Hartree in high dimensions.
Nonlinear Hartree term treated as a semilinear perturbation.
Contrast with local nonlinear Schrödinger equations where quasilinear analysis is required.
Abstract
We justify WKB analysis for Hartree equation in space dimension at least three, in a regime which is supercritical as far as semiclassical analysis is concerned. The main technical remark is that the nonlinear Hartree term can be considered as a semilinear perturbation. This is in contrast with the case of the nonlinear Schrodinger equation with a local nonlinearity, where quasilinear analysis is needed to treat the nonlinearity.
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