Quantum Existence

Quantum Existence: Unified Abstract for Recursive Symbolic Intelligence Reports

Author: Travis Raymond-Charlie Stone

Date: August 14, 2025

Citation: Stone, T. R.-C., Recursive Symbolic Intelligence Framework: Unified Abstract. AACC Format. August 14, 2025.

This suite of five scientific reports presents a groundbreaking framework for recursive symbolic intelligence and quantum-analogous modeling, built upon the foundational constructs of Recursive Resonance, Stone-State, and Stone-Value. These reports introduce a novel mathematical and algorithmic paradigm that models dynamic systems not as fixed eigenstates, but as emergent, feedback-sensitive resonances.

The Recursive Resonance Report defines a feedback-based structure where internal (intra) and external (inter) interactions recursively shape the evolving identity of a system. This dual resonance forms the backbone of dynamic symbolic adaptation and meta-cognitive growth .

The Stone-State and Stone-Value Reports introduce a shift from classical eigenstructures to time-evolving recursive attractors and harmonic states. Stone-States act as continuously adapting identity nodes within recursive systems, while Stone-Values provide the recursive weighting that governs divergence, convergence, and stability across time and space .

The Full Recursive Resonance AACC Report provides an expanded model of the symbolic space using combinatorics, permutations, and symbolic multiplication. It encodes recursive composite interactions, such as mass-time-field permutations, into a unifying algorithm that can simulate quantum-like bifurcations in abstract symbolic form.

Finally, the Quantum Existence Equation Algorithm implements this paradigm in Python, operationalizing symbolic permutations and recursive pairings into executable logic. The model integrates a universal symbolic function  F(n) = P •V^{n^d} , projecting recursive scale-based transformations applicable to fields as diverse as physics, AI, economics, and ethics.

Collective Significance:

This body of work establishes a recursive, non-eigenvalue-based approach to modeling reality a quantum-symbolic continuum where state and value co-emerge. It enables AI systems, quantum frameworks, and ethical decision networks to evolve not from static definitions, but from recursive awareness and resonance logic. These frameworks offer a foundation for domain-general intelligence, recursive learning, and quantum-feedback systems that are mathematically novel and computationally executable.