| Sumario: | This book by Marco Corgini Videla explores advanced mathematical methods used in the study of Bose systems, focusing on large deviations and approximative Hamiltonians. It is primarily aimed at postgraduate and undergraduate students with prior knowledge in functional analysis and operator theory. The text delves into the phenomenon of Bose-Einstein condensation, examining the thermodynamic limit of particle systems, specifically bosons, without magnetic confinement. It discusses the use of the Laplace method and the Hamiltonian Approximation Method in statistical mechanics, highlighting their role in calculating free energy and pressure in quantum systems. The book serves as a comprehensive resource for those interested in the mathematical analysis of quantum physics phenomena.
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