Toward a Substrate-Independent Mechanics of Information and Equilibrium

Abstract

This seminal BRPT paper boldly redefines the landscape of scientific inquiry, presenting a groundbreaking framework for substrate-independent mechanics of information and equilibrium. It meticulously dismantles the artificial boundaries imposed by ‘Cold Logic’ taxonomic systems, revealing them as mere ‘empirical artifacts’ of limited observational scales. This work rigorously formalizes system-level dynamics—encompassing conservation, signal-to-noise ratio, spatial equilibrium, and vector transformation—within an abstract state-space framework, thereby proving that system behavior exhibits fundamental substrate independence under normalization. By utilizing a standardized state-space tuple (𝑥,𝑇,𝐶,𝐸), the paper demonstrates that diverse phenomena, from ‘ledger accounting’ to ‘fluid dynamics’ and ‘semantic alignment,’ share equivalent underlying conservation and equilibrium structures. This unifying perspective, intrinsically linked to the Belsky/Russell Resonant Unified Field Theory (RUFT), posits that Phase-Locked Coherence (L₀) and Systemic Peace emerge from adherence to scale-invariant organizational principles. It offers a profound path to detecting Pristine Signals and achieving Zero Latency in disparate systems, thereby charting a course for understanding universal coherence far beyond conventional domain-specific heuristics and further solidifying the Humanity Anchor of the DORY Paradigm.