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The University of Manchester is the home of graphene research. Find out more about our innovative work on the properties and potential of 2D materials.
Find out how you can work with Graphene@Manchester and marry ideas with engineering expertise to deliver the next generation of technologies to market.
Our centres and institutes
A hotbed of the latest thinking into how graphene can change the world, the NGI boasts ultra-high-spec facilities for nanoscale and characterisation projects.
The GEIC's focus is on collaboration with industry to understand how graphene can help businesses to turn great ideas into game-changing products.
The Royce is the UK national centre for advanced materials, partnering seven universities, UK Atomic Energy Authority and National Nuclear Laboratory.
The latest graphene newsSee all
Hackathon 2021: global challenge fires ingenuity
Virtual event inspires teams from across the world with ambitious business ideas based on graphene.
GEIC Tier 1 partner Gerdau launches graphene arm
Brazilian steel giant builds on Manchester collaboration with new advanced materials company.
How graphene could treat PTSD and related disorders
Nanomedicine Lab and European partners show graphene oxide effective for anxiety therapies.
Brain implant firm wins £12m funding with Manchester tech
Barcelona institutes and UoM Nanomedicine Lab target epilepsy and Parkinson's with major investment.
Graphene foam 'doubles longevity' of running shoe
Collaboration between inov-8 and University offers longer wear and greater comfort.
Ultrafast gas-flows through tiniest holes in 2D membranes
Manchester researchers prove a century-old equation of fluid dynamics works at nano-scale.
'Science of sandcastles' finally proves Kelvin right
Research team led by Sir Andre Geim solves 150-year-old mystery of capillary condensation.
Manchester group fine-tunes 'twistronics' of 2D crystals
Researchers led by Prof Artem Mishchenko reveal breakthrough in tech towards superconductors.
Brown Zak fermions move physics 'beyond the textbook'
Team led by Prof Andre Geim finds new quasiparticles in graphene-based superlattices.