PhD Candidate in Theoretical Physics
Covariant loop quantum gravity,
spinfoam cosmology,
and phenomenology of primordial black holes.
arXiv | ORCiD | iNSPIRE HEP
Recent Releases
Signatures of LQG in PBH cosmologies
In collaboration with F. Vidotto & S. Clesse.
Exploring the phenomenological signatures of Loop Quantum Gravity in the context of Primordial Black Hole cosmologies.
Framework pbh-rem
Developed in Mathematica.
Computational framework to evaluate phenomenological constraints on Primordial Black Holes with stable remnants (Planckian relics and Memory Burden effects).
Research Focus
Primordial Black Holes & Remnants
Studying the phenomenological consequences of stabilization mechanisms in PBH evaporation, focusing on Planckian relics within Loop Quantum Gravity and macroscopic remnants induced by the Memory Burden effect.
Spinfoam Numerics & Cosmology
Developing numerical and computational tools to evaluate spin foam amplitudes, with a specific application to structural transitions in spinfoam cosmology.