Quantum Networks

Beschreibung

Quantum Networks is focused on density matrix theory cast into a representation - SU(n) algebra - particularly adapted to describing networks of quasi-molecular subsystems. This approach is important for understanding how classical properties emerge within a quantum mechanical world and how non-classical features survive in a classical environment. Non-classical aspects such as single-particle and multi-particle coherence are introduced and discussed. A picture evolves of how these features are generated and destroyed by interactions with the environment. The outcome is a description of how the dynamics of individual quantum sytems are interrelated with information dynamics. This book will be invaluable for graduates and scientists with a theoretical interest in quantum systems. It will help them develop an intuitive feeling for the meaning of quantum information and how its rules depend on the environment.
Quantum Networks is focused on density matrix theory cast into a representation - SU(n) algebra - particularly adapted to describing networks of quasi-molecular subsystems. This approach is important for understanding how classical properties emerge within a quantum mechanical world and how non-classical features survive in a classical environment. Non-classical aspects such as single-particle and multi-particle coherence are introduced and discussed. A picture evolves of how these features are generated and destroyed by interactions with the environment. The outcome is a description of how the dynamics of individual quantum sytems are interrelated with information dynamics. This book will be invaluable for graduates and scientists with a theoretical interest in quantum systems.
This monograph describes the theory and applications of systems of quantum objects which may have far-reaching applications in the design of nanostructured devices such as quantum-dot arrays for parallel computing. The book is intended for advanced graduate students and scientists mainly in theoretical physics, but experimentalists will also benefit from it.

Autor*in

Günter Mahler

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Dichtematrix-Theorie Nanosysteme Quantensysteme Quantentröge density-matrix theory nanosystems quantum dot quantum dots quantum system quantum systems

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