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Images of faraway galaxies shed new light on dark matter .
Dark matter , the elusive material that accounts for much of the Universe, is less dense and more smoothly distributed throughout space than previously thought, according to a new study co-led by astronomers at the University of Edinburgh. The
Measuring the invisible: new approaches to dark matter searches at colliders
One of the most exciting topics at the frontier of high energy particle physics and cosmology is understanding the nature of dark matter . Observing its production and measuring its properties in high-energy particle collisions is a topic of
Do behavioural interventions to reduce speed behaviour in car drivers matter ? | Behavioural Research UK (BR-UK) | Usher Institute
Learn about our approaches to evaluate effective behavioural interventions for reducing driver speeds.
Event Report: ALLIANCE Annual Conference 2025 – ‘Our Voices Matter ’ | Advanced Care Research Centre | Usher Institute
Last month, five students travelled to Glasgow for the ALLIANCE Scotland Annual Conference. Read on to find out how they got on
Mindfulness | Multi-Faith and Belief Chaplaincy, For All Faiths and None | Chaplaincy
Information and resources for Mindfulness practice including drop-ins, day retreats and courses run at The Chaplaincy Centre.
Wilson Poon
Profile for Wilson Poon in the School of Physics & Astronomy
Professor Sabyasachi Bhattacharya - At the edge of glassiness: how simple can a complex system be? - Media Hopper Create
The IOP Homi Bhabha Lecture - A key recent focus in condensed matter physics attempts to related disparate many-body phenomena such as the glass transition in viscous liquids, jamming transition in granular materials and pinning transition in
Murray Campbell
Profile for Murray Campbell in the School of Physics & Astronomy
Peter Clarke
Profile for Peter Clarke in the School of Physics & Astronomy
Using the World's Largest Laser to Study Matter at Extreme Energy Density: Exotic Solids to Inertial Fusion
Using the multi-MJ laser at the National Ignition Facility (NIF) in California, a breakthrough in exploring matter at high compression, to 1000-fold initial density, is underway thanks to experimental developments associated with achieving