Curt Jaimungal Intervew With John Norton

33:06 This discussion of Landauer's Principle is really interesting. See this posthumous translation of Szilard's paper Über die Enfropieuerminderung in einem thermodynamischen System bei Eingrifen intelligenter Wesen and Bennett's 1982 review Thermodynamics of Computation. In his book The Emperor's New Mind Roger Penrose wrote quite a bit about reversible models of computation and the Fredkin-Toffoli model of reversible computation based on the reversibility of Newtonian dynamics. Also Gabrielle Carcassi who is currently busy running the assumptions of physics summer school, has been trying to clear up some of the confusion around reversibility and conservative dynamics. See Gabriele Carcassi on Physical Convergence. Whilst looking this up I came across a recent (2024) paper by Jacques Carette, Chris Heunen, Robin Kaarsgaard and Amr Sabry entitled Compositional Reversible Computation. For more on real-world computation devices, see Peter Kinget on the MOSbius, A Field Programmable Transistor Array for Chip Designers.

See Toby on The Hardest Soviet Exam and Jade on Non-deterministic Newtonian Mechanics and Jade on The Landauer Limit and Reversible Computing.

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