Science
"The more you reveal the mystery, two more sprout." (Jorge Mautner)
My scientific research is driven by a fundamental curiosity to understand the laws governing spacetime. As a theoretical physicist, I am dedicated to the study of gravitational interaction in high-curvature regimes, seeking to map theoretical and phenomenological pathways connecting General Relativity to Quantum Field Theory (working within the field of quantum gravity phenomenology).
In particular, I have been working on the following research lines:
- Quantum Gravity Phenomenology and Mathematical Relativity: Investigation of deviations from classical General Relativity and potential physical signatures of quantum gravity in strong-gravity cosmological and astrophysical regimes.
- Quasinormal Modes and Black Hole Thermodynamics: Study of damped oscillations occurring after collisions or perturbations of compact stars and black holes, as well as the characterization of thermodynamic properties associated with event horizons.
Currently, my work in data science field has brought me even closer to computational skills, leading me to research numerical analysis in my spare time as well.
You can check my Codeberg profile to see ongoing projects, and for a complete list of publications, you can take a look at: