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Explore ballistic macroscopic fluctuation theory through an innovative mapping to point particles approach in this 29-minute conference talk. Delve into the mathematical framework that connects macroscopic fluctuation theory with particle-based representations, examining how ballistic transport phenomena can be understood through this mapping technique. Learn about the theoretical foundations underlying this approach and its applications to understanding nonequilibrium statistical mechanics. Discover how point particle mappings provide insights into fluctuation patterns and transport properties in ballistic systems. Examine the mathematical tools and methodologies used to establish these connections between macroscopic fluctuation theory and microscopic particle dynamics. Gain understanding of how this approach contributes to the broader field of nonequilibrium thermodynamics and its applications to both classical and quantum systems.
