Leicester University receives £500K in funding for new space habitability missions

The Sun’s influence on the atmosphere and habitability of a planet, as well as the space between the stars, is set to be investigated by two proposed UK space missions.

Early design of the Elfen spacecraft, a 16U CubeSat. Visible on top is the entrance aperture of T-FIPS, and on the right side, the MAGIC boom when deployed
Early design of the Elfen spacecraft, a 16U CubeSat. Visible on top is the entrance aperture of T-FIPS, and on the right side, the MAGIC boom when deployed - The University of Leicester

Almost £500,000 in funding has been granted by the UK Space Agency to two teams based at Space Park Leicester, Leicester University’s £100m science and innovation park.

The grant will support scientists in developing the proposals for two satellites that would examine how activity in a star’s corona, such as the solar wind, impacts their planets and the environment in which they orbit.

Stellar winds can directly affect exo-planetary environments and control the flow of material and flux of cosmic rays from the Galactic environment, which have a potential influence on planetary climate. Stars also recycle material back into the interstellar medium - the matter and radiation that exists in the space between the star systems - enriching galactic metal content.

According to the Leicester University researchers, these processes can inform us about the habitability of a star system’s planets and the evolution of stars and galaxies, but are currently poorly understood.

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