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radiative transfer codes that bridge observations, as well as cosmological N-body codes including neutrinos. The CompAS and CHARMS projects are devoted to in-house algorithm and code developments driven by
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that bridge observations, as well as cosmological N-body codes including neutrinos. The CompAS and CHARMS projects are devoted to in-house algorithm and code developments driven by leading-edge scientific
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Spectrograph (PFS), the Rubin Observatory LSST, and the Roman Space Telescope High Latitude Survey, all of which ASIAA is deeply involved in. The successful applicant will work on developing and applying
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primarily involves leading independent neuroimaging analyses and developing innovative analytical approaches to address the scientific aims of the lab. Multiple datasets are already available in the lab