I contribute to multiple international simulation and survey collaborations focused on galaxy formation and cosmology.
FLARES
The First Light And Reionisation Epoch Simulations
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FLARES is a suite of high-redshift zoom simulations designed to probe rare environments at high fidelity and large effective volume. I led the first release paper and several follow-up studies on environmental trends and passive populations.
Cosmology and Astrophysics with MachinE Learning Simulations
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CAMELS stands for Cosmology and Astrophysics with MachinE Learning Simulations, and aims at building bridges between cosmology and astrophysics through large suites of numerical simulations and machine learning. I ran the SWIFT-EAGLE simulation suite, generated synthetic photometric catalogues, and worked on generative and inference-oriented modelling workflows.
Euclid is a recently launched space observatory that will survey a third of the sky, with exciting possibilities in exploring the dark sector as well as galaxy evolution with uinprecedented numbers of sources. I am part of the Euclid Consortium, junior deputy lead of the galaxy and AGN evolution scientific working group, and co-lead the passive galaxy and gravitational wave simulations work packages.
The Learning the Universe collaboration develops scalable forward-modelling and simulation-based inference pipelines for cosmology and astrophysics. I have contributed to pipeline development and applications combining synthetic observables with inference.
The Gravitational Waves x Galaxy Catalogues collaboration
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GWCats brings together the gravitational-wave and galaxy-catalog communities. It is focused on building shared catalogue and analysis frameworks that support multi-messenger science.
Simba is a leading hydrodynamic galaxy-formation simulation suite used for a diverse range of studies. I have contributed to dust RT modelling of dusty star forming galaxies, orientation-dependent emission analyses, and related high-redshift investigations.
