Chaos and Quantum Chaos: Proceedings of the Eighth Chris Engelbrecht Summer School on Theoretical Physics, Held at Blydepoort, Eastern Transvaal, ... 13–24 January 1992 (Lecture Notes in Physics)

Until Now The Important Concept Of Quantum Chaos Has Remained Somewhat Ill Defined. This Volume Tackles The Ubiquitous Borderline Between Classical Andquantum Mechanics, Studying In Particular The Semiclassical Limit Of Chaotic Systems. The Effects Of Disorder From Dynamics And Their Relation To Stochastic Systems, Quantum Coherence Effects In Mesoscopic Systems, And The Relevant Theoretical Approaches Are Fruitfully Combined In This Volume. The Major Paradigms Of What Is Called Quantum Chaos, Random Matrix Theory And Applications To Condensed Matter And Nuclear Physics Are Presented. Detailed Discussions Of Experimental Work With Particular Emphasis On Atomic Physics Are Included. The Book Is Highly Recommended For Graduate-student Seminars. W. Dieter Heiss (ed.). Includes Bibliographical References The concept of quantum chaos is studied in the context of the semiclassical limit of chaotic quantum systems. Special attention is paid to mesoscopic systems and to applications to nuclear physics. The book is intended to be used in graduate-student seminars.