Time-periodic Hamiltonian systems are an easily accessible area for comparing quantum and classical chaos. This pedagogical paper reviews the two important models of the kicked rotator and the Hydrogen atom in a microwave, both characterized by the quantum phenomenon of dynamical localization, which strongly affects the classically diffusive behavior.
Quantum Chaos with Time-Periodic Hamiltonians / G. Casati, L. Molinari. - In: PROGRESS OF THEORETICAL PHYSICS SUPPLEMENT. - ISSN 0375-9687. - 98:(1989 May 01), pp. 287-322. [10.1143/ptps.98.287]
Quantum Chaos with Time-Periodic Hamiltonians
L. MolinariUltimo
Membro del Collaboration Group
1989
Abstract
Time-periodic Hamiltonian systems are an easily accessible area for comparing quantum and classical chaos. This pedagogical paper reviews the two important models of the kicked rotator and the Hydrogen atom in a microwave, both characterized by the quantum phenomenon of dynamical localization, which strongly affects the classically diffusive behavior.
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