My current research covers Quantum Gravity and Quantum Cosmology topics, focusing on the Born-Oppenheimer approximation to gravity-matter systems, time reconstructions in Canonical Quantum Gravity, and computation of Quantum Gravity corrections to QFT, with special attention to the formalism of primordial pertubations.

I obtained my Bachelor’s Degree in Physics at Sapienza University of Rome in 2018 and my Master’s Degree in Theoretical Physics in 2020 at the same institute, with a thesis titled "The role of the kinematical action as a clock for the quantum gravity-matter system", under the supervision of prof. G. Montani.

I then enrolled in the PhD program at Sapienza, obtaining both the PhD and the Doctor Europaeus title in May 2024 with a thesis on the Born-Oppenheimer approach to gravity-matter systems in the canonical formalism. During the PhD, I undertook a mobility research project in collaboration with P. Peter at the Institut d'Astrophysique de Paris (IAP) focusing on Quantum Gravity effects in Bouncing Cosmology.

Following the completion of my PhD, I joined the Institute for Theoretical Physics III at FAU University of Erlangen–Nuremberg as a Visiting Research Fellow, funded by the Sapienza Specialization Activity grant, to investigate the role of reference fluids as clocks in Quantum Gravity and Cosmology in collaboration with Prof. K. Giesel.

List of my publications: arXiv , Inspire