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  • Sciences, Technologies, Santé

Astrophysics and Data Science

  • TEDS / DDRS (Transition écologique pour un développement soutenable)
  • Aventure spatiale
  • Erasmus
  • Nucléaire
  • Intelligence artificielle

Objectifs

English version

The aim is to train people to modern astrophysics, and enable students to tackling the discipline's open questions, based on a solid knowledge of the physics of the objects of the Universe, and to make skilful use of modern modern technological tools.
Key themes: stars, galaxies, compact objects, interstellar medium, cosmology, physical states and mechanisms, high energies, observation, modeling, numerical simulation, statistics, artificial intelligence, databases, virtual observatories.

Version française

L’objectif est de former par et pour l’astrophysique moderne des personnes autonomes, capables d‘appréhender les questions ouvertes de la discipline en s’appuyant sur des connaissances solides de la physique connue des objets de l’Univers, et d’utiliser avec adresse les outils technologiques modernes du chercheur.
Thématiques phares : astres, galaxies, objets compacts, milieux interstellaires, cosmologie, états et mécanismes physiques, hautes énergies, observation, modélisation, simulation numérique, statistiques, intelligence artificielle, bases de données, observatoires virtuels.

 

This program intends to build a broad knowledge of the field of astrophysics and its associated methodology to prepare the students to pursue a PhD training in astrophysics or associated domains. It offers during the first semester a set of compulsory courses covering most of the requirements in modern astrophysics as well as courses focused on data science (databases, statistical modeling, etc) with the aim to give the students a strong knowledge base. These courses are complemented by optional courses giving in-depth knowledge on specific topics and permitting students to start building an area of expertise. The second term is devoted to projects and contains observational projects on the in-house telescope, a 5 nights project at a professional observing site (OHP) and a 15 weeks internship. All the teaching is conducted in English to prepare the students to work in a highly international environment.