I hold a double Ph.D. in Theoretical Particle and Hadron Physics from the University of Genoa (Italy) and UNAM (Mexico). My research spans Theoretical Nuclear, Particle, and Hadron Physics. In Nuclear Physics, I focus on heavy-ion Double Charge Exchange (DCE) reactions, single- and two-nucleon transfer, and single charge exchange processes. Since 2017, I have been a theory support member of the NUMEN Collaboration, aimed at studying nuclear matrix elements for neutrinoless double beta decay. In Particle and Hadron Physics, I co-authored the first theoretical work accurately predicting the masses and widths of the excited Ωb states, later confirmed by LHCb in 2020, which cited our article. I have also published on hidden-charm pentaquark states discovered by LHCb in 2019—work cited by the PDG 2020—and on heavy hybrid mesons (c̄c-gluon), providing the first predictions for their strong decay widths. I have developed effective models for light and heavy-flavor baryons Recently, I completed several certifications in data science and AI, including machine learning and generative AI, to enhance my research with modern computational tools.