We consider eigenvalues of a quantized cat map (i.e. hyperbolic symplectic integer matrix), cut off in phase space to include a fixed point as its only periodic orbit on the torus. We prove a simple formula for the eigenvalues on both the quantized real line and the quantized torus in the semiclassical limit as $h\to0$. We then consider the case with no fixed points, and prove a superpolynomial decay bound on the eigenvalues. The results are illustrated with numerical calculations.Comment: 35 pages, 3 figure
25 pagesInternational audienceIn the case of a linear symplectic map A of the 2d-torus, semiclassica...
Abstract: We study semiclassical measures, or quantum limits, for quantized hyperbolic automorphisms...
quantum chaos, quantum maps, universal statistics We derive a semiclassical trace formula for quanti...
Abstract: We consider the quantized hyperbolic automorphisms on the 2-dimensional torus (or generali...
14 pages, uses the AMS article styleInternational audienceWe consider the quantized hyperbolic autom...
Abstract. We study extreme values of desymmetrized eigenfunc-tions (so called Hecke eigenfunctions) ...
Abstract: In this paper we construct a sequence of eigenfunctions of the “quantum Arnold’s cat map ”...
We consider the quantum cat map - a toy model of a quantized chaotic system. We show that its eigens...
LaTeX, 49 pages, includes 10 figures. I added section 6.6. To be published in Commun. Math. PhysInte...
Using the Bargmann-Husimi representation of quantum mechanics on a toroidal phase space, we study an...
Abstract: For general quantum systems the semiclassical behaviour of eigenfunctions in relation to t...
The canonical quantization of any hyperbolic symplectomorphism $A$ of the 2-torus (in particular, o...
Abstract. We study the value distribution and extreme values of eigenfunctions for the “quantized ca...
The quantum states of a dynamical system whose phase space is the two-torus are periodic up to phase...
This paper continues the work done in [16] about the supremum norm of eigenfunctions of desymmetrize...
25 pagesInternational audienceIn the case of a linear symplectic map A of the 2d-torus, semiclassica...
Abstract: We study semiclassical measures, or quantum limits, for quantized hyperbolic automorphisms...
quantum chaos, quantum maps, universal statistics We derive a semiclassical trace formula for quanti...
Abstract: We consider the quantized hyperbolic automorphisms on the 2-dimensional torus (or generali...
14 pages, uses the AMS article styleInternational audienceWe consider the quantized hyperbolic autom...
Abstract. We study extreme values of desymmetrized eigenfunc-tions (so called Hecke eigenfunctions) ...
Abstract: In this paper we construct a sequence of eigenfunctions of the “quantum Arnold’s cat map ”...
We consider the quantum cat map - a toy model of a quantized chaotic system. We show that its eigens...
LaTeX, 49 pages, includes 10 figures. I added section 6.6. To be published in Commun. Math. PhysInte...
Using the Bargmann-Husimi representation of quantum mechanics on a toroidal phase space, we study an...
Abstract: For general quantum systems the semiclassical behaviour of eigenfunctions in relation to t...
The canonical quantization of any hyperbolic symplectomorphism $A$ of the 2-torus (in particular, o...
Abstract. We study the value distribution and extreme values of eigenfunctions for the “quantized ca...
The quantum states of a dynamical system whose phase space is the two-torus are periodic up to phase...
This paper continues the work done in [16] about the supremum norm of eigenfunctions of desymmetrize...
25 pagesInternational audienceIn the case of a linear symplectic map A of the 2d-torus, semiclassica...
Abstract: We study semiclassical measures, or quantum limits, for quantized hyperbolic automorphisms...
quantum chaos, quantum maps, universal statistics We derive a semiclassical trace formula for quanti...