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 cosmological models.

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 hadronic physics.

Currently, I am pursuing my Ph.D. on analyzing hadron production in proton-nucleus collision in the NA66/AMBER experiment at CERN, with applications in cosmic ray and neutrino experiments, aiming to probe non-standard cosmological scenarios and improve neutrino flux predictions.