[WOST III] STOCHASTIC THERMODYNAMICS OF DISTRIBUTED SYSTEMS by David Wolpert

(35:36)

[WOST III] Thermodynamic inference: Principles and applications by Udo Seifert

(34:17)

[WOST III] Stochastic thermodynamics bounds on noisey circuit operation by David Limmer

(24:27)

[WOST III] Superconducting-like heat current by Hiroyasu Tajima

(10:53)

The Most Misunderstood Concept in Physics

(27:15)

Prof. Udo Seifert | Concepts from stochastic thermodynamics for model-free inference

(1:2:9)

The more general uncertainty principle, regarding Fourier transforms

(19:21)

Umesh Vazirani - Testing “Quantumness” (March 1, 2023)

(1:5:)

Physics of Emergent Behaviour III: from origin of life to multicellularity, 2nd July 2021 (part 2)

(3:30:16)

Week 8: Professor Naoto Shiraishi, UTokyo | Chilloquium 2023

(59:45)

Goodbye Determinism, Hello Heisenberg Uncertainty Principle

(14:35)

Euler-Lagrange equation explained intuitively - Lagrangian Mechanics

(18:22)

Chinese people believe that these three Hollywood actresses are the most beautiful #constancewu

(44)

[WOST III] Nonequilibrium Thermodynamics of Complex Systems by Massimiliano Esposito

(35:23)

[WOST III] Speed limits on thermodynamic costs and benefits by Jason Green

(22:13)

[WOST III] Fluctuation and thermodynamic trade-off relations...by Kohei Yoshimura

(10:11)

[WOST III] Two paradigms for energetically efficient computing by Paul Riechers

(11:40)

[WOST III] Undecidability in quantum thermalization by Naoto Shiraishi

(20:35)

[WOST III] Finite-time bounds on the probabilistic violation of the second law of thermodynamics

(21:5)

[WOST III] Thermodynamic limits to nonequilibrium response by Jordan Horowitz

(20:54)

[WOST III] Thermo-Kinetic Relations for elementary computing devices by Jean-Charles Delvenne

(22:14)

[WOST III] Universal Thermodynamic Uncertainty Relation in Non-Equilibrium Dynamics by Masahito Ueda

(30:9)

[WOST III] Thermodynamic Uncertainty Relations for Coherent Transport by Kay Brandner

(27:22)

[WOST III] Spontaneous fluctuation-symmetry breaking and the Landauer principle by Lorenzo Buffoni

(11:43)