Talks and presentations
Here is where I shared my research during these years. Invited talks marked with an asterisk.
30)* Forecasting the population properties of merging black holes
29)* Cosmology in the dHz: opportunities from single sources and stochastic backgrounds
28) Characterizing the detectability of cosmological backgrounds at third-generation detectors
27)* Moderation in the panels deciHz gravitational-wave science: astrophysical and cosmological sources and deciHz experiments and science
26)* Characterizing the detectability of cosmological backgrounds at third-generation detectors
25) Prospects of Bright-Siren Cosmology at Third-Generation Gravitational-Wave Detectors
24)* Moderation in the panel Data analysis in the 100,000+ events per year era
23)* Characterizing the detectability of cosmo- logical backgrounds at 3G detectors
22) Tainted Love: Systematic biases from ignoring environmental tidal effects in gravitational wave observations
21)* Cosmology with third-generation gravitational-wave detectors: from individual sources to stochastic backgrounds
20) Accurate Standard Siren Cosmology with Joint Gravitational-Wave and γ-Ray Burst Observations
19)* Cosmology with third-generation gravitational-wave detectors: from individual sources to stochastic backgrounds
18)* Challenges for population analyses at 3G
17)* Forecasting the Capabilities of Third–Generation Gravitational–Wave Detectors: from One to Many
16) Extending the Fisher matrix formalism towards the edges
Mainly based on Phys. Rev. Lett. 133, 261001.
15) Accurate Standard Siren Cosmology with Joint Gravitational-Wave and γ-Ray Burst Observations
Mainly based on Phys. Rev. Lett. 133, 261001.
14)* Einstein Telescope: science objectives and designs
Collaboration talk on behalf of the Einstein Telescope Collaboration on the scientific prospects of the Einstein Telescope considering different designs.
13)* Detection and measurement prospects at the Einstein Telescope: forecasts with GWFAST
I gave an overview of the science case of the Einstein Telescope and presented recent forecasts on different aspects (CBCs, PBHs, NS EoS) obtained with GWFAST.
12) Forecasting the detection capabilities of third–generation gravitational–wave detectors using GWFAST
I presented recent forecasts for the capabilities of the Einstein Telescope to observe compact binary mergers obtained with GWFAST.
11) Searching for Primordial Black Holes with the Einstein Telescope
I presented a forecast for the capabilities of the Einstein Telescope to measure key quantities characterizing PHB mergers and observe a population of these objects.
10)* GWFAST: a Fisher-matrix Python code for third-generation gravitational-wave detectors
I presented the GWFAST code and talked about the community effort toward the development of Fisher codes for 3G detectors.
9) Nuclear Physics with ET: a comparison of different designs
I showed recent results showing how different ET configurations perform in the estimation of neutron star properties and EoS.
8)* Einstein Telescope: science objectives and current status
Collaboration talk on behalf of the Einstein Telescope Collaboration on the current status and scientific targets of the Einstein Telescope.
7)* Forecasting the detection capabilities of third–generation gravitational–wave detectors using GWFAST
I presented recent forecasts for the capabilities of the Einstein Telescope to observe compact binary mergers obtained with GWFAST.
6) Forecasting the detection capabilities of third–generation gravitational–wave detectors using GWFAST
I presented recent forecasts for the capabilities of the Einstein Telescope to observe compact binary mergers obtained with GWFAST.
5)* Forecasting the detection capabilities of third–generation gravitational–wave detectors using GWFAST
I presented recent forecasts for the capabilities of the Einstein Telescope to observe compact binary mergers obtained with GWFAST.
4) Modified gravitational wave propagation: information from strongly lensed binaries and the BNS mass function
I talked about my work on quadruply lensed events and the binary neutron star mass function reconstruction as ways to measure the modified gravity parameter Ξ0.
3) Cosmology with LIGO/Virgo dark sirens and galaxy catalogs
I talked about the correlation of GWs and galaxy catalogs to measure H0 and the modified gravity parameter Ξ0.
2) Cosmology with LIGO/Virgo dark sirens and galaxy catalogs
I talked about the correlation of GWs and galaxy catalogs to measure H0 and the modified gravity parameter Ξ0.
1) Cosmology with LIGO/Virgo dark sirens and galaxy catalogs
I talked about the correlation of GWs and galaxy catalogs to measure H0 and the modified gravity parameter Ξ0.