Constant Conversion Protocols

Constant Conversion Protocols are the mechanisms the book says are required for any communication between universe domains, because the fundamental constants take different values on either side of a null well boundary. Within a single domain, causal synchronization keeps Pulse rates uniform and local physics follows the standard quantum and relativistic laws. Across domain boundaries this breaks down: constants jump discontinuously at null well interfaces, and physical laws carry different parameter values according to the book's scaling functions. The same density-dependence that makes constants differ between domains reproduces gravitational time dilation within one, since the BPT analog dt′/dt = ①⥂⧗'⌂/①⥂⧗⌂ = sqrt(ρ_P/ρ⌂) [∅] ties the local Pulse Tempo to local energy density, as the general-relativistic factor sqrt(1 − 2GM/(rc²)) does to gravitational potential. A signal crossing a boundary would therefore have to be translated between two sets of constants, and the protocols are the name for that translation. Constant Conversion Protocols connect to Modified Fundamental Constants, Domain-Specific Physical Law, Density-Dependent Planck Time, Null Well Boundary and Inter-Domain Transition.