Master Theses

• Sun vs Earth Climate
  •  Study of the effects of the solar input fluctuations onto the energy balance of the Earth’s surface and atmosphere. Impact on Earth climate on medium and long time scales.

Useful Skills: Programming, Solar Physics, Planetology/Climatology

• Host Star vs Planet Climate
  •  Estimate of the effects of the movements of the stellar photosphere and stellar activity on the radial velocity measurements of the star with exo-planets candidates. Realization of Computational Models of stellar activity.

Useful Skills: Programming, Solar Physics, Planetology

• Architecture of planetary orbits
  • Study of the secular evolution of eccentricities and inclinations of exoplanets into the light of stability theory for quasi-integrable systems.

Useful Skills: Programming, Celestial Mechanics, Hamiltonian Perturbation Theory

•  Climate of Solar System Planets
  
  •  Study of Jupiter atmosphere by means of JIRAM/Juno data for identifying strong periodic activity generated by thermo-dynamic phenomena.

Useful Skills: Programming, Planetology, Fourier Analysis

• • Analysis of Martian visible and infra-red spectra from the OMEGA/MEX instrument to separate the atmospheric contribution from the surface signal and better infer the mineralogical composition.

Useful Skills: Programming, Planetology, Principal Component Analysis