Critical Overflow Conditions

Critical Overflow Conditions are the threshold states at which Information Conservation reaches its limit in the substrate, so that accumulated recursive density can no longer be contained and potential is forced over into dimensional reality. The book reaches them through Recursive Density Accumulation: information conserved between substrate and recursive components, I⊚ = I▱ + Iℜ, builds up until the conditions are met, and the resulting cascade, the Physical Nova, is the book's computational equivalent of the Big Bang, a deterministic rather than random transition from potential to physical reality. The same conditions drive symmetry breaking: a perfectly symmetric recursive substrate cannot keep a uniform configuration once they are reached. Before them the substrate is in Equilibrium Conditions, with fluctuations whose isolated concentrations stay transient because they lack recursive feedback. They connect to the Critical Overflow Threshold, Containment Threshold, Recursive Overflow Event, Recursive Density Accumulation, Information Conservation, Data Nova and the Absolute Beginning of Temporal Structure.