Daniele Barducci

Posizione Attuale
dal 12.2023: Ricercatore a tempo determinato L240/2010 tipo A presso l'Universita' di Pisa

Posizioni Precedenti
dal 03.2023 - 12.2023: Assegnista di ricerca presso l'Universita' di Pisa
dal 02.2019 - 02.2023: Ricercatore a tempo determinato L240/2010 tipo A presso l'Universita' di Roma la Sapienza
dal 10.2016 - 02.2019: Assegnista di ricerca presso la SISSA di Trieste
dal 10.2014 - 09.2016: Assegnista di ricerca presso il CRNS (Francia), sezione di Annecy-le-Vieux

Istruzione e formazione
09.2011 - 09.2014: Dottorato in Fisica Teorica presso l'Università di Southampton (UK)
09.2008 - 12.2011: Laurea Specialistica in Scienze Fisiche ed Astrofisiche, Universita' degli Studi di Firenze, 110 cum laude
09.2005 - 12.2008: Laurea Triennale in Fisica, Universita' degli Studi di Firenze, 110 cum laude

Inspire Author page: https://inspirehep.net/authors/1272340

Research Interests

My research interests lie in the field of physics beyond the Standard Model. I am interested in all the aspects of theoretical particle physics related to the origin of the electroweak symmetry breaking mechanism, of neutrino masses, of the Dark Matter and of baryogenesis, both in weakly and in strongly coupled extensions of the Standard Model. More specifically I am interested in their model building aspects and in their implication for present and future collider, underground and astrophysical experiments, including the field of gravitational wave astronomy, and in the general interplay between particle physics and cosmology. I am also active in the area of flavour physics, also in relation to the possibility of the existence of lepton flavour universality violation in the B meson sector. Part of my research is also devoted to the development of publicly available tools for high-energy physics phenomenology. Since 2014, I am also directly involved with the CMS collaboration as a Theoretical Collaborator in experimental analyses searching for light scalar bosons at the LHC. In particular I have contributed to various experimental publications with preliminary theoretical analyses and final interpretations of the experimental results in the context of minimal and non minimal Supersymmetric theories.