With foundations in mathematics, physics, molecular biology, and AI, I bring an interdisciplinary approach to some of the hardest problems in science and engineering. My work spans artificial intelligence, genomics and complex dynamical systems, grounded in rigorous theory and operational execution.
Strong advocate for placing a mathematical core at the center of computational and scientific inquiry, connecting mechanistic formalisms from physics, stochastic dynamical systems from mathematics, and neuro-symbolic reasoning from AI across complex biological, physical, and artificial systems.

New Book
WHAT REMAINS
WHEN THE FINAL CLICK
HAS NO COUNTERFUTURE?
"The agents may eventually do most of the work, but the final decision should remain with humans"
I wrote this book because I stopped believing that sentence meant what we think it means. By the time a human is asked to approve a consequential decision, the machine may already have selected the evidence, shaped the ontology, constructed the options, modeled the consequences, and discarded futures we never saw. The human still signs. The institution still calls that control.
The Last Human Veto follows 70 questions into a harder problem. It ends with a different criterion for control. A veto has substance only when refusal can still produce another reachable future. I call that counterfactual authority.

Publications
I write across the deep sciences, integrating perspectives from artificial intelligence, mathematical theory, molecular biology, and quantum physics.
Latest Research Papers
The Missing Mathematics of Biological Measurement (CELL: Jul 2026)
A theoretical perspective on how destructive assays change the measurand before uncertainty is calculated

Artificial Intelligence and Machine Learning

Exploring the magical realm of quantum fields

Deciphering the Language of Life

Sovereignty through decentralization

Marveling the mysteries of the universe

Opinions on Life, Technology & Innovation
