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Found 1000 results from all University websites.
Search for Light dark matter with Spherical Proportional Counters
Compelling astrophysical evidence collected in the last 80 years suggests that cold, non-baryonic, weakly interacting Dark Matter (DM) particles make up ~85% of the mass of the Universe. In the 1980s a generic class of DM candidates, the Weakly
Direct dark matter searches with LUX ZEPLIN
Why do we use xenon? Xenon has numerous properties that make it ideal as a dark matter detector. ... Dark matter , by its very nature, will be unaffected by our efforts to block it, so this central volume is where we search.
QUEST-DMC: Low Mass Dark Matter Search with Superfluid Helium-3
The QUEST-DMC experiment aims to utilise superfluid He-3 instrumented with quantum sensors to access sub-GeV dark matter parameter space. The experiment will have a superfluid He-3 target, operated below 100 microKelvin, contained in cubic cells
Earth Sciences BSc (Hons) - Undergraduate programmes | The University of Edinburgh
Earth Sciences is the study of how our planet works, changes, and how we live with it. If you want to protect the planet, tackle the greatest challenges facing society and the natural world, and find out how we can live sustainably on our planet,
Richard Blythe
Profile for Richard Blythe in the School of Physics & Astronomy
Stewart McWilliams
Profile for Stewart McWilliams in the School of Physics & Astronomy
Malcolm McMahon
Profile for Malcolm McMahon in the School of Physics & Astronomy
Ryan Morris
Profile for Ryan Morris in the School of Physics & Astronomy
Tiffany Wood
Profile for Tiffany Wood in the School of Physics & Astronomy
Earth Sciences MEarthSci - Undergraduate programmes | The University of Edinburgh
Our 5-year Earth Sciences (MEarthSci) degree follows the structure of the 4-year BSc Earth Sciences degree until the end of Year 4. You will then take an extra year of study where you will complete an additional independent research project in Year