planning
We plan a program covering a wide range of topics over 11 days (Tuesday through Friday), so 16 half-days. The program will include classroom sessions followed by practical work. Inter-students presentations will be freely organized by the participants, at their convenience.
Monday 12: 21:00: introduction to the functioning of the school
Tuesday 13th
The exoplanet zoo
morning
Introduction to the school by the organizers
Pascale Danto: CNES participation in the Ariel mission and associated exoplanet summer schools
9h00 - 10h30 : J.-P. Beaulieu : observations of exoplanet atmospheres by space missions
11h00 - 12h20 : A. Morbidelli - formation of planetary systems
afternoon: free until 5pm
17h00 - 18h30 : P.O. Lagage : Space assets
wednesday 14
9h00- 10H30 : C. Moutou - characterization of exoplanets by ground-based observations
11h00-12h30 : P.-O. Lagage: JWST data reduction
afternoon : practical work - session I : 3h
1st group : Data Reduction NIRSPEC (lead : B. Edwards)
2nd group : Data Reduction MIRI/LRS (lead : A. Dyrek)
thursday 15
Host stars
9h00 - 10h30 : O. Creevey - characterization of host stars
11h00 - 12h30 : A. Strugarek - magnetic interaction and wind between stars and planets
afternoon: free until 5pm
17h00-18h30: E. Bolmont - star-planet tidal effects
Friday 16 :
9:00 - 10:30 B. Charnay : interpretation & inversion of data
11h00 - 12h30: A. Chiavassa- The impact of stellar activity on the observations from simulations of stellar convection
afternoon : practical work session II :
1st group : Data Reduction MIRI/LRS (lead : A. Dyrek)
2nd group : Data Reduction NIRSPEC (lead : B. Edwards)
Saturday 17:
09h00 - 10h30 : I. Kleiner : Laboratory spectroscopy and analysis
11h00 - 12h30 : M. Rey : ab initio calculations + database
afternoon : practical work session III : generic session - preparation of JWST observations, misc. (lead: JP Beaulieu and Th. Fouchet, B. Edwards)
Sunday 18 free
Monday the 19th Chemistry
09h00 - 10h30 :E. Hebrard: introduction and modeling of molecular chemistry in atmospheres
11h00 - 12h30 :Olivia Venot : chemistry (thermo/photochemistry) - modelisation
afternoon : Practical work Session IV :
1st group : Data reduction for MIRI/MRS (lead : M. Mâlin)
2nd group: Interpretation of JWST reduced data using 1D to 3D forward models (leadds : Y. Jaziri & W. Pluriel)
17h00 - 18h30 : O. Venot & E. Hébrard & N. Carrasco : Experimental chemistry for solar system planets and exoplanets: laboratory experiments 1. Laboratory Experiments
2. Ion chemistry and exoplanetary atmospheres
Tuesday the 20th
09h00 - 10h30 : J. Leconte Basic dynamics and terrestrial planets
11h00 - 12h30 : V. Parmentier - hot giant planets & clouds
afternoon : free
17h00 - 18h30 : T. Guillot - Link between deep and superficial planets
Wednesday 21th
09h00 - 10h30 : F. Forget - Habitability
11h00 - 12h30 : H. Massol : Atmosphere formation
afternoon : practical work session V :
1st group: Interpretation of JWST reduced data using 1D to 3D forward models (leadds: Y. Jaziri & W. Pluriel)
2nd group: Data reduction for MIRI/MRS (lead : M. Mâlin)
Thursday 22nd :
09h00 - 10h30 : F. Leblanc : Exhaust and evaporation
11h00 - 12h30 : P. Drossart - Lessons to learn from solar system observations
afternoon : practical work session VI : wrap-up & preparation of conclusions
Friday 23rd :
morning general discussion - assessment of the practical work and the school - prospects
afternoon : departure
