Research
My research explores the non-perturbative regime of QCD, focusing on hadron structure, fundamental symmetries, and precision physics. These areas are supported by developments in gradient-flow techniques, artificial intelligence, and open science.
Precision Physics
Strong interaction dynamics are slightly modified by quantum electromagnetic effects. Explore the complex calculations of these corrections and the precision needed to understand the subtle interplay of forces at the quantum level.
Artificial Intelligence
AI is becoming a valuable tool in the study of strong dynamics. Explore how it enhances complex calculations, driving new efficiencies and providing deeper insights in supercomputer simulations of quantum phenomena.
Theoretical Developments
Recent theoretical advancements offer the exciting possibility of accurately calculating previously elusive observables, thereby enhancing our understanding of the complex dynamics of strong interactions.
Open Science
Open science collaboration to share data and support researchers who lack the necessary resources. Our goal is to conduct high-quality physics and provide the community with the data needed to advance the field.