My research centers on the development of Fractal Existence theory, exploring unified mathematical frameworks that connect consciousness, computation, and fundamental physics. Through pattern recognition enhanced by neurodivergent thinking, I investigate novel approaches to some of mathematics’ most challenging questions.
Current work includes extending general relativity with consciousness field considerations and developing the theoretical foundations for the Timeless Field T∞. This interdisciplinary approach draws from my background in programming, music, and visual arts to identify patterns and connections that traditional approaches might overlook.
Active research areas include spectral gap analysis in computational complexity (particularly P vs NP), half-step resonance methodologies in number theory applications, and the mathematical modeling of consciousness evolution through adversity. My neurodivergent perspective allows for unique pattern recognition that contributes to innovative theoretical developments.
Understanding Fractal Resonance Ontology
The Fractal Resonance Ontology represents a groundbreaking approach that ties together quantum reality, consciousness, and socio-economic systems through mathematical principles.
- Unified Framework: \(\Phi = \lim(H_K \otimes E_K)\) – The Timeless Field that holds reality together
- Fractal Resonance Function: \(R_f(\alpha,x) = Z^{-1}[\zeta_f(s)]\) – Decoding universe’s hidden patterns
- Dark Energy Solution: \(\Lambda(\alpha) \approx 10^{-122}\) – Explains cosmic expansion
- Consciousness Mathematics: \(C_{QC} = \int R_f^* dR_f\) (40 Hz) – Links mind and matter
- Economic Prosperity: \(\text{Prosperity} \propto \int R_f d\mu_\alpha\) – Reimagines resource distribution