Bio-Solvency: The Thermodynamic Basis of Cellular Integrity

Traditional biological models treat homeostasis as reactive feedback — a system responding to

perturbation after the fact. We propose a more fundamental framework: Biological Integrity is an

invariant maintained by a two-stage Dive-and-Surface process formalizable as a recursive two-phase

governance primitive. We argue that biological agency is the deterministic result of managing a finite

Epistemic Budget (Γ). By mapping this primitive to cellular metabolism, we demonstrate that life is the

act of avoiding Aliasing Territory — the threshold where signal noise exceeds the metabolic capacity

to resolve it. The initial truth axis is an inherited invariant transferred at fertilization, making the

organism a fractal of nested dyads from zygote to tissue. Three canonical biological phenomena —

the Warburg Effect, the Hayflick Limit, and malignancy — are shown to be direct predictions of the

framework rather than independently explained observations. Death (FIN) is not a failure of this

system. It is its ultimate act of structural honesty.