The first samples of material from the asteroid Bennu that were captured and returned to Earth by the OSIRIS-Rex mission have been analysed by NASA.

Researchers from the University of Southampton have developed a prototype personal respirator intended to address the limitations of the existing protective equipment used by doctors and nurses.

Canadian researchers are racing to perfect a safe, clean, inexpensive and reliable method for making isotopes used in medical-imaging and diagnostic procedures.

Brown University scientists are testing a variety of nanomaterials to ascertain which sizes, shapes, compounds and coatings damage or kill cells in humans and animals.

UK semiconductor research and development has received a £7m boost that will see the National Epitaxy Facility at Sheffield University use AI-driven equipment to develop new materials.

A robotic disassembly system for spent electric vehicle battery packs has been shown to safely and efficiently recycle and reuse critical materials while reducing toxic waste.

A newly developed hybrid steam and petrol system re-uses waste energy in a bid to reduce vehicle emissions and fuel consumption. Siobhan Wagner reports

Researchers are developing scaffold-like materials designed to be injected into the body where they will solidify and help repair damaged bones, spinal cords, arteries and other tissues.

Bath University researchers are developing LoCKamp, a handheld Covid-19 test device that performs genetic analysis to produce results within 10 minutes.

Physics behind circular cracking caused by high-velocity water droplet impacts leads Duke University team to more efficient potential method for breaking up mineral deposits in the body