Notes
Chapter 9: Fundamental Physics
Classification of reversible rules
Directional reversibility [in cellular automata]
Generalized additive [cellular automaton] rules
History [of second-order cellular automata]
Inverse [cellular automaton] rules
Numbers of reversible [cellular automaton] rules
Properties [of second-order cellular automata]
Properties [of second-order cellular automata]
Second-order cellular automata
Alignment of time in the universe
Biological systems and Maxwell's demon
Current thinking on the Second Law
Conservation of vector quantities
[Conserved quantities in] PDEs
[Conserved quantities in] physics
Derivation of the diffusion equation
Implementation [of conserved quantity test]
Limiting procedures [for cellular automata]
Consequences of an ultimate model [of physics]
[History of] origins of physical models
History of ultimate models [of physics]
Initial conditions [for the universe]
Mechanistic models [in physics]
Continuous mathematics [and networks]
Continuum limits [of networks]
Finding layouts [for networks]
Generalizations [of trivalent networks]
Hamming distances [in networks]
Implementation [of network properties]
[Causal networks for] 2D mobile automata
[Causal networks for] mobile automata
"Firing squad" synchronization
[Generalized substitution system] rule (b)
Implementation [of generalized substitution systems]
Commuting operations [on strings]
Completion [in multiway systems]
Conditions for convergence [in string rewriting]
Confluence [in string rewriting]
Relationships between types of networks
1- and 2-connection [network] clusters
Cellular structures [in nature]
Chemical analogy [for network substitutions]
Feynman diagrams [and networks]
[Generating] arbitrary transformations [between networks]
Identifying subnetworks [in networks]
Implementation [of network substitution rules]
Neighbor-independent [network substitution] rules
[Networks generated by] random replacements
Non-overlapping [network] clusters
Number of [possible network] replacements