
ep17 - Tryphon Georgiou, Part II: Power spectra, optimal mass transport, Wasserstein geometry, turbulence, thermodynamics, quantum mechanics, adjustable one-ports
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Stochastic Thermodynamics Unveiled
This chapter explores the evolution and principles of stochastic thermodynamics, emphasizing its origins, key mechanisms like the Carnot cycle, and applications in both classical and biological systems. It highlights the intricate relationship between gradients, optimal control, and efficiency in power generation, while weaving in complex mathematical frameworks such as the Fokker-Planck equation.
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