Fluctuational Electrodynamics: Momentum, Energy and Entropy Transport

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The book delves into the complex interactions of electromagnetic fields, exploring how quantum and thermal fluctuations lead to phenomena such as van der Waals and Casimir forces, as well as near-field radiative energy transfer. It discusses the transport of energy, momentum, and entropy, emphasizing the limitations of Planck's law when near-field effects, including diffraction, interference, and tunneling, come into play. Through this investigation, the author seeks to enhance understanding of electromagnetic fluctuations and their implications in various physical contexts.