High Energy Physics

The exploration of fundamental interactions at the smallest scales constitutes a central pillar of modern physics. This research line encompasses theoretical and experimental studies in particle physics and high-energy physics, including quantum chromodynamics, neutrino physics, and collider phenomenology. It also addresses advanced frameworks such as supergravity and string theory, aimed at providing a unified description of fundamental forces. In parallel, novel approaches integrating quantum computing into high-energy physics are developed to tackle computationally demanding problems and enhance data analysis techniques. Together, these efforts contribute to a deeper understanding of the structure of matter, the origin of mass, and the fundamental laws governing the Universe.