A Recursive Framework for Modeling Existence

This work introduces a recursive mathematical framework that extends and replaces general relativity as the governing description of existence across multiple universes. The model conserves energy under the First Law of Thermodynamics and distinguishes two domains: a positive equilibrium–motion domain describing life, death, and decay cycles, and a negative inverse domain describing stability without physical form. A dimensional phase shift at zero links these domains. Universes are treated as bounded solutions that interact through perturbations, maintaining coherence across the lattice. Robert Monroe’s experiential reports of “locales” are reinterpreted analytically within this structure, reframing subjective accounts as stable positions in a conserved system.