Quantum Chaos Versus Classical Chaos: Why is Quantum Chaos Weaker?

D. Huard; D.A. Steck; F. Haake; F.M. Izrailev; G. Iacomelli; G. Lenz; H. Friedrich; H. Jirari; H. Jirari; H. Jirari; H. Kröger; I.C. Percival; L. Casetti; L.A. Caron; L.A. Caron; L.A. Caron; M.H. Partovi; M.V. Berry; O. Bohigas; O. Bohigas; R.H. Parmenter; S.G. Matinyan; T. Guhr; T.A. Brody; U. Schwengelbeck; W.K. Hensinger

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Quantum Chaos Versus Classical Chaos: Why is Quantum Chaos Weaker?

Authors: D. Huard
D.A. Steck
F. Haake
F.M. Izrailev
G. Iacomelli
G. Lenz
H. Friedrich
H. Jirari
H. Jirari
H. Jirari
H. Kröger
I.C. Percival
L. Casetti
L.A. Caron
L.A. Caron
L.A. Caron
M.H. Partovi
M.V. Berry
O. Bohigas
O. Bohigas
R.H. Parmenter
S.G. Matinyan
T. Guhr
T.A. Brody
U. Schwengelbeck
W.K. Hensinger
Publication date: 1 January 2006
Publisher: 'Springer Science and Business Media LLC'
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Abstract

We discuss the questions: How to compare quantitatively classical chaos with quantum chaos? Which one is stronger? What are the underlying physical reasons

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