A 575-year-old research powerhouse whose strengths run from gravitational waves and quantum engineering to virus research and precision medicine.
Glasgow engineers and international partners have optically measured electron spin resonance in a metal-organic framework for the first time, opening a route towards ultra-sensitive quantum chemical sensors.
By adapting a medical imaging technique, engineers in Glasgow and Sydney have created lattice metamaterials that report in real time where damage is forming and how it spreads.
Project Eisirean has used Gaelic and Scots coastal place-names as ecological evidence, locating a previously undocumented historic oyster bed on Scotland's west coast and informing restoration plans.
A model spanning four million years of human evolution, co-authored in Glasgow, argues that natural sugars met the glucose demands of growing brains long before cooking unlocked starchy foods.
A Glasgow-led team has built and lab-tested a framework that lets reconfigurable intelligent surfaces filter out electromagnetic interference, delivering signals to intended users while bypassing eavesdroppers.
Glasgow geoscientists and Chinese collaborators have shown that the western and central Tibetan Plateau rose on different schedules, tracking the Indian plate's slow dive beneath Asia.
Argon dating of rocks from the Chicxulub crater's peak ring, performed at Glasgow's SUERC, shows the impact's underground hot-water system persisted around four times longer than previously estimated.
Glasgow's Institute for Gravitational Research celebrates GWTC-5.0, which lifts the total of detected signals to 390 and includes evidence of second-generation black holes and the clearest signal yet recorded.
A Glasgow study of European minnows finds that social rank shapes microplastic exposure, with dominant individuals at greater risk and clear hierarchies helping groups distinguish food from pollution.
Surveillance triggered by a cluster of sick and dead blackbirds on the Isle of Arran has confirmed the mosquito-borne Usutu virus in Scotland, with the Glasgow-led Mosquito Scotland programme central to the response.
Scientists at Glasgow's Centre for Virus Research and the University of Dundee have discovered that the protein ZNFX1 quarantines viral RNA in a sticky web of ubiquitin chains, slowing infection in its earliest hours.
The UK's first comprehensive evaluation of AI in routine breast screening, with a Glasgow lead author, found a 10.4 per cent increase in cancers detected and scope to cut reader workload by over 30 per cent.
A Glasgow-led study argues that a blob of dense rock dripping into the mantle temporarily lowered the Uinta Mountains, letting the Green River carve a 700-metre canyon straight through the range.
Glasgow engineers have printed zinc-based circuits on paper and bioplastics that match conventional boards in testing, with 99 per cent of materials disposable through composting or a vinegar bath.
Glasgow scientists have identified CMTR1 as a key regulator of the energy supply in T cells, offering a potential route to reversing the immune exhaustion that lets cancers escape attack.
A Glasgow nanofabrication method aligns silver nanowires on bendable transparent film and welds them with laser pulses, blocking over 99.97 per cent of electromagnetic interference while staying 83 per cent transparent.
Glasgow researchers have identified Dio3 as the gene that sets the internal seasonal clock, triggering hibernation-like winter states in hamsters and timing the return to summer form around six months later.
A Glasgow-developed hydrogel model of the bone marrow niche has revealed that conventional lab testing overestimated a CAR T-cell therapy's effectiveness against acute myeloid leukaemia and missed harm to healthy cells.