My research interests focus on experimental particle physics and data analysis. At SAPHIR, my work involves studying heavy-ion collisions and analyzing b-jets using b-tagging techniques to investigate their substructure in the presence of QGP.

Interested in studying theories beyond the Standard Model, with an emphasis on the synergy that arises between cosmological observations and particle physics, my work aims to bridge these two areas of physics.

His research interests focus on astroparticles, dark matter, and experimental physics, with an emphasis on high-energy phenomena and the search for new physics beyond the Standard Model. Currently, his work is being conducted as part of the SHiP experiment at CERN, combining experimental physics studies with data analysis and simulations to investigate the physical processes associated with this experiment.

His research interests include experimental nuclear physics, neutron spectroscopy and detection, data analysis, and Monte Carlo simulations. He conducts his research at the Chilean Nuclear Energy Commission, at the Center for Research in Nuclear Physics and Neutron Spectroscopy (CEFNEN), focusing on measuring the energy distribution of the cosmic ray-induced neutron flux and its correlation with environmental variables. As part of the SAPHIR Millennium Institute, he works on the design and construction of particle detectors.