The Brain as a System. From Theory to Engineering.

Our work is at the intersection of neuroscience, theoretical physics, and applied mathematics. It explores how the brain encodes and processes information — and how we can use advanced mathematical and engineering tools such as quantum logic and algorithms to do so. My motivation is to understand the deep mathematical structure underlying neural dynamics and emergent cognitive phenomena from the brain and mind. In particular, our research aims to unravel insights into neural networks (both neurobiological and artificial) and their emergent complexity. By bridging these disciplines, I strive not only to advance fundamental knowledge but to shape transformative technologies.