The 12-Dimensional Cosmic Synapse Theory: Audio-Driven Deterministic Cosmological Simulation with Adaptive Memory and Light Particle Mapping
Year: 2024
Type: other
Abstract: This paper documents a novel 12-dimensional audio-driven deterministic simulation and tokenization engine, originally developed and publicly documented in September-October 2024. The framework uniquely integrates: (1) Per-entity adaptive 12th dimension with ODE-governed evolution and memory convergence(2) Connectivity kernel combining gravity-normalized coupling with Gaussian similarity measures (3) Audio-driven physics control pipeline utilizing FFT feature extraction and phi (golden ratio) harmonic mapping(4) Chaos theory and stochastic resonance principles integrated directly into system dynamics(5) Deterministic token minting with cryptographic provenance tied to physical simulation events The system processes live audio input in real-time to control particle physics simulations, generating tokens at rates exceeding 180 per second with detailed metadata including particle genealogy tracking and multi-dimensional state function calculations. This work represents a unique integration of physics simulation, audio signal processing, chaos theory, and blockchain-ready tokenization that has not been combined in prior systems. The framework was developed through independent research beginning with an 8-dimensional construct in 2018, evolving through 11 dimensions in 2023-2024, and culminating in the current 12-dimensional system documented here. Priority note: This work predates similar research on audio tokenization published in March 2025, with verifiable file timestamps, Discord code evidence, and GitHub commits from September-October 2024.
Author: Davis/ De natale, cory
Language: English
Subfield: Computer Vision and Pattern Recognition
Field: Computer Science
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W7104628076
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