Epistemology
Introduction E9F5FC Questions FFFFC0 Software 
Nonlocal games. The difference between classical and quantum information through game theory. Formal concept analysis. TaiDanae Bradley. At the Interface of Algebra and Statistics. John Baez. Physics, Topology, Logic and Computation: A Rosetta Stone. Probability is a kind of measurement. Measurement of density. Randomness is how sparse the probability distribution over the space. Probability is comparison of two probability densities, a base and a variation. And there are five ways to relate the asymptotic base (conscious)) and the variation (interaction, unconscious). Base and the variation are the two causalities. Probablity (choice) is the basis for the division of everything into perspectives. Topological quantum computation  anyons. Can transform information into heat. Kleisli category, Giray monad  probability
Information  ambiguous by nature Local system modeling the global system. Antonio Jesus Expressiveness and proof theoretic strength for different type theories.
Compositional game theory. Julian Hedges.
Information, symmetry, randomness Key to physics is information and symmetry https://franklin.dyer.me/notes/note/Cones_and_limits Antonio suggested Categorical Logic and Type Theory Antonio suggested Graph quantum isomorphism Presburger arithmetic is weaker https://www.cst.cam.ac.uk/files/smp2021slidesmancinska.pdf Quantum Isomorphism of Graphs: An Overview. Related to game theory, knowledge, information theory. Albert Atserias et al. Quantum and nonsignalling graph isomorphisms. Laura Mancinska. Quantum isomorphism of graphs: An overview https://en.wikipedia.org/wiki/Inductionrecursion https://en.wikipedia.org/wiki/Quantum_pseudotelepathy Mermin–Peres magic square game
