For the JWST mission, the UCL Mullard Space Science Laboratory (MSSL) is already providing Astrium
MSSL will also be working with Astrium
The laboratory has been working closely with the European Space Agency (ESA) and European space industry to develop critical parts of instruments for JWST and Gaia. The successful bids follow several years of technology studies, funded by ESA contracts and the
Most instruments for scientific satellites are built by university-based space science groups, such as MSSL, but the instruments of the future will be highly integrated with the satellites themselves.
This has resulted in space science groups turning to direct collaboration with the industry prime contractors, providing scientific and technological expertise to ensure these missions achieve their scientific goals.
Professor Mark Cropper, of the UCL Mullard Space Science Laboratory, said: ‘This is an outstanding example of knowledge transfer. The university-based space science groups have amassed a huge amount of expertise in wringing the best performance from their instruments in space, and they are familiar with the latest developments in engineering and detector technology.’
The JWST will be the successor to the Hubble Space Telescope, but larger and much more capable. Built by NASA with significant ESA participation, JWST will reveal the secrets of a very young universe, when stars and galaxies were first forming. It is NASA’s major new science initiative, with a cost exceeding $3bn.
Gaia is ESA’s 6th Cornerstone Mission, and will examine the Milky Way in unprecedented detail, in order to understand how it formed and has evolved to its current state. Gaia will produce catalogues of the positions, movements and properties of more than a billion stars, and discover thousands of new planetary systems and objects in our own solar system.
Gaia is due for launch in 2011, while JWST will be launched in 2013.
MSSL has teamed up with