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Main Authors: Yuan, Huanhuan, Li, Yong
Format: Preprint
Published: 2025
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Online Access:https://arxiv.org/abs/2502.11445
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author Yuan, Huanhuan
Li, Yong
author_facet Yuan, Huanhuan
Li, Yong
contents We show that the eigenfunctions of the self-adjoint elliptic $h-$differential operator $P_{h}(t)$ exhibits semiclassical scar phenomena on the $d-$dimensional torus, under the $σ$-Bruno-Rüssmann condition, instead of the Diophantine one. Its equivalence is described as: for almost all perturbed Hamiltonian's KAM Lagrangian tori $Λ_ω$, there exists a semiclassical measure with positive mass on $Λ_ω$. The premise is that we can obatain a family of quasimodes for the $h-$differential operator $P_{h}(t)$ in the semiclassical limit as $h\rightarrow0$, under the $σ$-Bruno-Rüssmann condition.
format Preprint
id arxiv_https___arxiv_org_abs_2502_11445
institution arXiv
publishDate 2025
record_format arxiv
spellingShingle Semiclassical scar on tori in high dimension
Yuan, Huanhuan
Li, Yong
Mathematical Physics
We show that the eigenfunctions of the self-adjoint elliptic $h-$differential operator $P_{h}(t)$ exhibits semiclassical scar phenomena on the $d-$dimensional torus, under the $σ$-Bruno-Rüssmann condition, instead of the Diophantine one. Its equivalence is described as: for almost all perturbed Hamiltonian's KAM Lagrangian tori $Λ_ω$, there exists a semiclassical measure with positive mass on $Λ_ω$. The premise is that we can obatain a family of quasimodes for the $h-$differential operator $P_{h}(t)$ in the semiclassical limit as $h\rightarrow0$, under the $σ$-Bruno-Rüssmann condition.
title Semiclassical scar on tori in high dimension
topic Mathematical Physics
url https://arxiv.org/abs/2502.11445