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Microscopes are arguably one of the most important technological inventions in the scientific world. But, they’ve come a long way from using glass lenses to magnify objects that are otherwise…

Widely used to identify, deduce and quantify compounds, mass spectrometers have found an array of uses. Yet, they’re bulky, heavy and fragile pieces of equipment, limiting where they can be deployed.…

Researchers have made a huge advancement in material science with the development of a new self-healing superhydrophobic coating.  The coating - designed with a unique double-layer structure -…

Digital Twin technology is rapidly redefining how we design, monitor and optimise the world around us, enabling real-time insight, predictive maintenance and smarter decision-making across industries…

Composite materials have become an indispensable part of modern engineering. They are essentially a synergy, in which two or more distinct substances come together so that the resulting structure…

When the need arises to inspect, test, and evaluate a material, component, or assembly without compromising its serviceability, non-destructive testing (NDT) in the best approach. Non-destructive…

Scientists at Rice University, working with international collaborators, have developed a new environmentally friendly method to capture and break down toxic “forever chemicals” (PFAS) in water. The…

Three major projects designed to strengthen Great Britain’s energy security and clean power ambitions have taken a significant step forward after Ofgem approved updated delivery dates and early…

New technologies designed to harness and accelerate the process of ocean-based carbon dioxide absorption are not yet ready for large-scale deployment, according to a new report from the European…

The UK government has announced a landmark £55 billion package of long-term funding for science and technology research, representing the largest-ever investment in R&D by the Department for…