(Exo)Planetary Systems
Includes the Atmospheric Physics Laboratory, which has historically done research into the thermospheres and ionospheres of the Earth and the planets of the Solar System.
Academic Staff: Prof. Nick Achilleos, Prof. Anasuya Aruliah, Prof. Jay Farihi, Prof. Patrick Guio, Dr Mihkel Kama, Dr Nikos Nikolaou, Prof. Giorgio Savini, Prof. Giovanna Tinetti, Prof. Ingo Waldmann and Prof. Sergey Yurchenko.
A list of research staff and research students can be found on the Astrophysics People page.
It started with experiments on the Earth’s upper atmosphere, moved to observations of, particularly, the Earth’s auroral regions, and then built up a modelling programme based around the Earth’s upper atmosphere. This led to modelling and observations of corresponding regions on Jupiter, Saturn, Mars, Uranus and comets.
When the first extrasolar planet was found in 1995, it was discovered to be a “hot Jupiter” so we had the tools in place to model that too. Thus, we entered into the field of exoplanet research, which was soon bolstered by the addition of an observational programme and more theoretical analysis. In recent years, we have also moved beyond atmospheres and become involved in magnetospheric research and space missions such as Cassini. On this front, we have started to develop models of the plasma discs at Jupiter and Saturn, to which we will eventually couple our atmospheric models. The group is also part of the Centre for Planetary Sciences (CPS) at UCL/Birkbeck.
Thinking of postgraduate study?
Terrestrial
Planetary
Exoplanets
Exoplanets group website with further information about:
Research
Terrestrial
Earth’s magnetic field and upper atmosphere protect life and electrical equipment from solar radiation and cosmic rays.
Planetary and Plasma Physics
The original Atmospheric Physics Laboratory, part of UCL Astrophysics, has, over the course of the last two decades, developed a suite of planetary global circulation models, making use in many cases
Exoplanets
The group at UCL specialises in spectroscopy of exoplanet atmospheres, including data reduction, atmospheric modelling, novel retrieval techniques and space missions.