Research

I began my research in High Energy Physics during my M.Sc., focusing on the question: “Why do we exist?” My work addressed the matter–antimatter asymmetry through leptogenesis, in which sterile neutrinos can generate the observed baryon asymmetry. I examined this mechanism within non-standard cosmologies.

I further explored the connection between sterile neutrinos and Non-Standard Interactions of neutrinos, studying their effects in neutrino–nucleus scattering. This led to a broader interest in hadron physics.

Currently, I am pursuing my Ph.D. on analyzing antinuclei and in general hadron production measurement in proton–nucleus collisions with the AMBER at CERN SPS, with applications in indirect Dark Matter searches in cosmic ray and improve neutrino flux predictions in neutrino experiments respectively.