Elektronik/Digital

Condensed-Matter-Principia Based Information & Statistical Measures : From Classical to Quantum

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The book content is primarily based on the efforts gathered by the colloquium “What is INFORMATION—how to get, process, code and read it, in the elegant world of mathematical, statistical and quantum physics” and devoted, in part, to recognizing the outstanding contribution to statistical thermodynamics and condensed matter physics by Professor Gerard Czajkowski, which All his thesis’ topics of interests were devoted to the statistical aspects of thermodynamics paving the way for quantum information. Over the fifty years of his academic career, his research interests have evolved from information–theoretical. This book has accumulated substantial and versatile evidence on the widely distributed
phenomenon of information transmission, and how to measure it from a number of fairly complex systems, ranging from classical to quantum (albeit discussed purposely in a reversed order), that were thoroughly studied by the contributions collected in the book methods in the stochastic theory of open systems, to the quantum optics of semiconductors unlocking
a plethora of dynamical effects which might be useful for the practical realization of quantum information processing in solids.

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