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 biology: uniting axiomatic frameworks from biophysics, stochastic dynamical models from mathematical biology, and algorithmic methods from computational biology. This vision guides my research and my leadership at Cognit and CELL.
Publications
I write across the deep sciences, integrating perspectives from artificial intelligence, mathematical theory, molecular biology, and quantum physics.

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





