Welcome to my personal website!
Here you will find information about my research, teaching and outreach activities.

My work focuses on developing theoretical and computational tools to understand and predict quantum phenomena in solids, bringing together condensed matter physics, high performance computing, and materials science. I specialize in first principles approaches to many-body interactions, with particular emphasis on electron-phonon coupling and collective effects such as polaron formation and superconductivity. 

My research aims to advance the quantum theory of solids to guide the discovery of new materials for next-generation information processing, energy conversion, and quantum technologies.