Software
I am a strong advocate of open science. All the software and tools I've built are in public GitHub repositories. Below you can find some of them.
SBI tools
In recent years I've focused on building new packages and methods in simulation-based inference (SBI), allowing to efficiently extract cosmological parameters from different observations.
Sireeni
A SBI package to reconstruct cosmological and astrophysical parameters from Einstein Telescope GW catalogs
Merlin
A SBI library to perform 3x2pt cosmological analyses in Stage IV photometric surveys
SBI-aux-obs
Auxiliary-observable trick to build an effective SBI simulator from any explicit likelihood, illustrated on Planck 2018 data
CLASS modifications
I've also spent a lot of time building new versions of the public Boltzmann solver CLASS, enabling the computation of cosmological observables for various exotic scenarios.
CLASSpp_nuDecay
A CLASS version to model the effects of late-time neutrino decays into dark radiation and lighter neutrinos
ExoCLASS
An ExoCLASS extension for testing exotic energy injection from: 1) DM annihilations in ultra-compact mini-halos, and 2) accreting PBHs with extended mass functions