Entropy, Free Full-Text

We discuss how to construct a direct and experientially natural path to entropy as a extensive quantity of a macroscopic theory of thermal systems and processes. The scientific aspects of this approach are based upon continuum thermodynamics. We ask what the roots of an experientially natural approach might be—to this end we investigate and describe in some detail (a) how humans experience and conceptualize an extensive thermal quantity (i.e., an amount of heat), and (b) how this concept evolved during the early development of the science of thermal phenomena (beginning with the Experimenters of the Accademia del Cimento and ending with Sadi Carnot). We show that a direct approach to entropy, as the extensive quantity of models of thermal systems and processes, is possible and how it can be applied to the teaching of thermodynamics for various audiences.

Entanglement entropy and the complex plane of replicas : F. Gliozzi : Free Download, Borrow, and Streaming : Internet Archive

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PDF) Computing Entropy Rate Of Symbol Sources & A Distribution-free Limit Theorem

Entropy, Free Full-Text

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Entropy, Entropy Change, Expression for entropy change