Pourvu:
Oui
Galaxy clusters are the most massive dark matter halos in the Universe. They host galaxies, gas, dust and dark matter.
Recently, cluster diffuse gas has provided important information about the feedback activity of their galaxies and gas accretion from filaments.
The Legacy Survey of Space and Time (LSST; https://www.lsst.org/about) will detect hundreds of thousands of clusters, which can be used to constraint cosmology and study galaxy evolution.
To prepare for LSST, which will start in 2025, we need to build large sets of cluster simulations. This internship will focus on simulate galaxy clusters and their diffuse gas. We will work within the Rubin Galaxies science collaboration (https://sites.google.com/view/lsstgsc/home).
Recently, cluster diffuse gas has provided important information about the feedback activity of their galaxies and gas accretion from filaments.
The Legacy Survey of Space and Time (LSST; https://www.lsst.org/about) will detect hundreds of thousands of clusters, which can be used to constraint cosmology and study galaxy evolution.
To prepare for LSST, which will start in 2025, we need to build large sets of cluster simulations. This internship will focus on simulate galaxy clusters and their diffuse gas. We will work within the Rubin Galaxies science collaboration (https://sites.google.com/view/lsstgsc/home).
Responsable:
Sofia Gallego / Administrative responsible: Simona Mei
Services/Groupes:
Année:
2024
Formations:
Stage
Niveau demandé:
M1