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Young Researchers To Explore The Mysteries Of Our Solar System

Previous fellows have all contributed to the UK's involvement in Aurora particularly to its flagship mission ExoMars, due for launch in 2013, which will search Mars for evidence of life. Dr Manish Patel, a 2007 Aurora fellow at The Open University, is a co-investigator on the Ultraviolet and Visible Light Spectrometer which will fly on the ExoMars mission.
by Staff Writers
London, UK (SPX) Oct 16, 2008
Three young researchers are starting exciting new fellowships in UK Universities dedicated to exploring and uncovering the mysteries of our Solar System.

The new positions - part of the Science and Technology Facilities Council's (STFC) Aurora Fellowships scheme - all begin this academic year and will run for three years. The next round of recruitment for Aurora Fellows was announced this month on 7th October and will close on 14th January 2009.

The scheme, now in its third year, is dedicated to enhancing the UK's capabilities and cross-disciplinary approach to planetology and astrobiology to enable the UK to fully exploit the European Space Agency's Aurora programme and the continuing science programme.

The primary objective of Aurora is a long-term European plan for robotic and human exploration of the Solar System initially targeting the Moon and Mars. The second objective is the development of technologies for future planetary missions.

Previous fellows have all contributed to the UK's involvement in Aurora particularly to its flagship mission ExoMars, due for launch in 2013, which will search Mars for evidence of life. Dr Manish Patel, a 2007 Aurora fellow at The Open University, is a co-investigator on the Ultraviolet and Visible Light Spectrometer which will fly on the ExoMars mission.

This UK-led instrument, operating from the spacecraft lander, will monitor ultraviolet light levels on the surface of the planet for the first time. Ultraviolet light is lethal to life in high doses so results from the instrument will help establish likely conditions where life might exist.

Professor Keith Mason, Chief Executive of STFC, said, "This award scheme is proving incredibly successful in developing the careers of young researchers and strengthening the UK's position in European space exploration. There is still much that is unknown about our own Solar System and through projects like this we can ensure that the UK plays an important part in new discoveries."

The three new Fellows are:

+ Dr Matthew Balme from the Earth and Environmental Sciences department at The Open University. Dr Balme will examine the extent to which recent geological activity on Mars has been influenced by changes in its climate. Understanding current processes on the surface of Mars and the past and present role of climate improves our knowledge of the planet's history and thus the chances of one day detecting past or present life.

+ Dr Henner Busemann, whose fellowship at the University of Manchester will concentrate on determining the abundances of noble gases and their isotopic ratios in a range of materials and interplanetary dust particles. The aim of this research is to shed light on the conditions and processes responsible for terrestrial planet formation in the very early Solar System.

+ Dr Peter Grindrod from University College London. Dr Grindrod's research involves laboratory experiments, computer modelling and observations of Martian landforms in order to determine the quantities of ice and hydrated minerals present on Mars together with the most likely sites for it on the planet. Highlighting areas where subsurface water reservoirs may be present will enable more accurate targeting of future Mars missions that will search for evidence of life.

Related Links
Science and Technology Facilities Council (STFC)
Mars News and Information at MarsDaily.com
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Looking For Life On Mars - In A Canadian Lake
Moffett Filed CA (SPX) Sep 12, 2008
On the surface, Pavilion Lake, nestled among the peaks of Canada's Marble Range, looks like a thousand other mountain lakes. It's not unusually large or deep. It's not especially acidic, or alkaline; it's not overly salty; nor are there high concentrations of minerals dissolved in its water. Locals come here to fish, to boat, to swim, and to watch the summer clouds drift by.







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