Leading and contributing to international collaborations that connect gravitational wave detectors with high-energy space observatories. Developing real-time analysis pipelines and shaping the science case for next-generation multi-messenger facilities.
Leading coordination of joint gravitational wave and electromagnetic searches between LIGO-Virgo-KAGRA, Swift, and Fermi collaborations.
Development and monitoring of the real-time low-latency Swift-BAT sub-threshold analysis pipeline for targeted follow-up of external transients.
METE is a project funded for developing multi-messenger science for Einstein Telescope. As research team member, I am involved in various aspects of the project, including:
Member since 2019. Work in the Multi-messenger Transients group as analyst of GW searches targeted on GRBs, using PyGRB and Xpipeline. Currently coordinator of the LVK–Fermi–Swift liaison.
Active member working on development and monitoring of the real-time low-latency Swift-BAT sub-threshold analysis pipeline (GUANO). Contributing to the observational strategy of Swift-XRT/UVOT during LVK O4 run.
Member of Division 4: Multi-messenger Observations. Working on predictions of joint GW+EM detections and optimal observational strategy for ET.
Contributing to the definition of the multi-messenger science case, focusing on electromagnetic emission during mergers and potential astronomical facility partnerships.
THESEUS is a mission concept for the next generation of gamma-ray burst (GRB) observatories. I am involved in population and GRB science and multi-messenger working groups, establishing synergies between THESEUS and future GW observatories for compact binary merger detection.
Part of the theory group for modeling astrophysical transients associated with GW signals.