My research interests are addressed to Gravitational-Wave (GW) Physics, on both theoretical and observative points of view. Particular interest comes from the phenomenology and the parameter estimation of compact binaries with gravitational radiation, which morphology might carry interesting astrophysical and cosmological informations. GWs, alongside other types of signals like EM waves, has and will have a central role in the multi-messenger astronomy, thinking particularly about the detector sensitivity that is gradually being improved, that will allow to inspect weaker and weaker properties of the sources, as well as testing General Relativity and cosmological models.
In parallel, I'm focusing on the analysis and interpretation of the data, either coming from gravitational observatories (LIGO, Virgo, KAGRA) or simulated. More specifically, I'm probing data analysis techniques addressed to low-latency searches with the PyCBC group, and the possible applications of Machine Learning to GW science.