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International Centre for Theoretical Physics·Gabriela Fernandes Martins
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Geometric Design Principle of Oscillation-driven Catalytic Molecular Machines
17:50The Third Law of Thermodynamics for Nonequilibrium Jump Processes
12:50Universal Thermodynamic Bounds on Symmetry Breaking in Living Systems
13:46Statistical Thermodynamics as a Paradigm for Data Science
40:13Minimal Architecture for Adaptation in Non-Equilibrium Chemical Signaling Networks
44:37What to Learn from Few Visible Transitions' Statistics?
31:42Geometric Decomposition of Entropy Production Rate: Wisdom from Optimal Transport
26:28Energy Harvesting from Anisotropic Fluctuations
29:09Optimizing Information Processing Using Underdamped Systems
24:31Topologically-Constrained Fluctuations and Nonequilibrium Response
15:02Universal Bounds and Thermodynamic Tradeoffs in Nonequilibrium Energy Harvesting
16:05Fluctuation Relation at the Beat of a Current
13:30Dimensionality in Sample-Path Statistical Mechanics: D=1
29:21Nonequilibrium Thermodynamics of Uncertain Stochastic Processes
30:12FC Martingales: A Football Club of Second Laws of Thermodynamics
40:33Introduction to Information Theory
1:36:34Introduction to Large Deviation Theory
46:47Inclusive Stochastic Thermodynamics
1:18:42Topologically-Constrained Fluctuations and Nonequilibrium Response
Investigating how topological constraints influence fluctuations and thermodynamic responses in systems far from equilibrium, a key area in modern statistical physics.