Purdue University researchers have developed small vibrating sensors to identify biological markers in blood, an advance that could help early stage detection of diseases and infections.
A project that studied the onset, propagation and arrest of an extended fracture could lead to a better understanding of material science and earthquakes.
Researchers in the US have created a material for the US military that is lighter, stronger and less expensive than traditional materials used to build temporary tent structures.
Cheaper and more environmentally friendly methods for storing renewable energy could result from a US project to develop flow cells, a type of rechargable battery.
Perseverance, the largest and most complex rover ever sent into space, has successfully touched down on Mars and sent its first pictures back to Earth.
The cost of producing omega-3 oils from microalgae could be significantly reduced, thanks to a new biomanufacturing technique being developed by a UK consortium.
A report published by UNESCO ahead of COP28 has assessed the ethical risks of climate engineering, calling for any action to be taken within an agreed international framework.
Turkish carrier Turk Hava Yollari has awarded Rolls-Royce $470m to supply Trent engines for seven Airbus A330 wide-body aircraft that are currently on order.
A collaborative effort between researchers at the Universities of Manchester and Sheffield has led to the development of novel hybrid materials with a host of potential electronics applications.
A novel approach to rubber recycling could see end-of-life tyres repurposed into concrete for residential constructions, claim researchers in Australia.
