Open Quantum Systems
Foundations and Theory
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Beschreibung
The proposed book is a bridge between the foundations of quantum mechanics and the theory of open quantum systems. The treatment of open quantum systems is a rapidly growing subject, of interest to an ever-increasing number of scientists. The main focus is on overcoming the idealization of perfect isolation of a quantum system, so as to allow for a more realistic treatment and to provide the relevant background for the development of quantum technologies. The book is addressed to students and researchers in the field of open quantum systems and more generally quantum mechanics, a wide community of physicists, mathematicians, and chemists. It is devised both to enter the field and to prepare a series of lectures or a one-semester course on the topic.
The proposed book is a bridge between the foundations of quantum mechanics and the theory of open quantum systems. The treatment of open quantum systems is a rapidly growing subject, of interest to an ever-increasing number of scientists. The main focus is on overcoming the idealization of perfect isolation of a quantum system, so as to allow for a more realistic treatment and to provide the relevant background for the development of quantum technologies. The book is addressed to students and researchers in the field of open quantum systems and more generally quantum mechanics, a wide community of physicists, mathematicians, and chemists. It is devised both to enter the field and to prepare a series of lectures or a one-semester course on the topic.
Provides new foundational perspective on open quantum systems Offers a dynamical map approach to reduced dynamics Presents the topic in a highly readable way for graduate students and researchers
Autor*in
Bassano Vacchini
Themen in »Open Quantum Systems«
quantum mechanics foundations of quantum mechanics open quantum systems non-Markovian dynamics quantum dissipation decoherence quantum measurement semigroup dynamics quantum reduced dynamics quantum stochastic processes Projection operator techniques POVM