I perfom my teaching activities (66h ETD) for the UPMC and the UFE, Observatoire de PARIS. I moslty teach radioastronomy to undergraduate students.
The Paris Observatory hosts two pedagogical radio antenna. These facilities are used for student training and astronomie tutorials. The antenna can also be used from anywhere, like from high-school classrooms. In the context of an European program and in partneship with the UPMC, we developped a remote control interface in order to observe from the ground the atomic hydrogen (HI) emitted by our galaxy, the Milky Way. Here are more information about these activities : doc1 and doc2. The website and the activities of European Hands on Universe can be found on EU-HOU.
Remote Observation Plateform
Jupyter Notebook
https://github.com/PhilippeSalome/radio-astro
Tutorials (L3 UPMC) – 2020
- Introduction TP-L3-2020-notes
- Sujet de TP et questions TP-L3-2020
- Notes d’accompagnement TP-notes-2020
Students Reports
- 2010 : (M1) K. Noel – pdf
- 2011 : (M2) M. Millan – pdf
- 2011 : (L3) A. Bouvet, C. de Roulhac – pdf
- 2012 : (L3) G. Quinsac, P. Luzi – pdf
- 2013 : (L3) V. Frey, Elyesse Herizi – pdf
- 2015 : (L3) Q. Jacques – pdf
Tutorials (L2 UPMC)
- Radio-astronomy (4h) – pdf
Review
AGN-gas interactions – Review (video)
Lectures (M2, PhD)
- Radioastronomy (M2 OMP UPMC) – pdf
- Molecular gas in high-redshift galaxies (PhD students ED 127) – pdf
Lectures (M2, MAAIS)
Properties and evolution of distant galaxies (10.5h) – 3.5 sessions (3×3h + 1h30)
Background and large structures. Observational facts, Large surveys: the large structures of the Universe, clusters of galaxies. Classification of galaxies. Spiral and elliptical galaxies. Active galaxies. Primordial galaxies. The proto-clusters. Star formation, growth of galaxies. Bimodality. Interstellar medium. The feedback of stars and AGNs. Evolution of galaxies. Interactions, effects of the environment. Numerical models. The era of massive data, the instruments to come.
Biblio