Thirty years building systems at the edge of possibility—from high-performance computing to catastrophic risk modeling to the mathematical foundations of consciousness itself.
My career has always lived at intersections. Seven years engineering storage and HPC systems at HP taught me to think in terms of throughput, latency, and scale. Fourteen years as architect and CTO for a catastrophic risk hedge fund taught me to model the unmodelable—building custom stochastic frameworks for events that resist prediction.
Now I work at the convergence of machine learning, cryptocurrency systems, and a question that has captivated me for nearly a decade: What is the structure of reflective consciousness, and can we describe it mathematically?
Storage systems and high-performance computing clusters at scale
Architect & CTO building stochastic models for catastrophic risk
Mystical insight sparks the Theory of Sovereign Reflectivity
High-frequency systems, MEV strategies, consciousness formalism
What began as mystical insight in 2016 has evolved into a rigorous theoretical framework bridging consciousness studies, neuroscience, and mathematical formalism. TSR proposes that reflective consciousness can be modeled through the interaction of coherence and recursive oscillation, yielding falsifiable predictions about the structure of awareness itself.
A five-minute visual meditation exploring the six core properties, ten reflected partnerships, and the mathematical descent to the singular point of consciousness.
A mesmerizing two-minute visual symphony featuring god rays, sacred geometry, fractal trees, wormhole portals, and the infinite dance of consciousness reflecting upon itself.
"I'm currently deep in several projects, but the right problems always make room for themselves."
Tell me what you're wrestling with. If there's alignment, I'll carve out the time for a real conversation.