A list of the main achievement obtained includes:
- Development of a model-agnostic, analytical template for gravitational-wave echoes, including spin effects
- Repository for echoes:
https://www.darkgra.org/gw-echo-catalogue.html(odnośnik otworzy się w nowym oknie)- New constraints on exotic compact objects using the stochastic background in gravitational waves
- Projected constraints on exotic compact objects using the future LISA mission
- Development of a new metric describing deformed objects in General Relativity, publicly available:
https://www.darkgra.org/projects.html(odnośnik otworzy się w nowym oknie)- Novel spin-tidal post-Newtonian terms for binary-coalescence waveforms
- Gravitational-wave signatures of spin-1 and spin-2 fields around black holes, projected constraints on ultralight dark matter with present and future detectors
- Simulations of binary black holes in a well-motivated alternative theory of gravity
- Study of anisotropic stars in General Relativity and beyond
- Written a comprehensive Living Review on tests of the nature of compact objects
- Second edition of the "Superradiance" monograph, updated with new tests of ultralight dark matter with gravitational wave observations
- Studies on black-hole spectroscopy with current and future gravitational-wave detectors
- Confrontation of LIGO data with the primordial black hole scenario
- Model independent tests of the Kerr bound with extreme mass ratio inspirals
- New group public repository:
https://web.uniroma1.it/gmunu/news/new-groups-git-repository(odnośnik otworzy się w nowym oknie)- First numerical-relativity simulations of the ringdown of a black-hole microstate
- Joined the LISA Consortium as Full Members; work on coordinating some activities within the Consortium
- Joined the Einstein Telescope Collaboration. Coordination activities in the ET Observational Science Board
The main results have been presented at the major conferences in the field, including the GR22/Amaldi13 Conference (invited plenary talk).
