The TAR‑200 slow‑release bladder implant cleared tumours in 82% of patients with high‑risk non‑muscle‑invasive bladder cancer, offering a promising new treatment approach.
A recent study reviews the major photonics breakthroughs of 2024, focusing on a team’s pioneering work to couple free electrons with nonlinear optical states in integrated microresonators, unlocking new potential for advanced electron control and imaging.
NHS Shared Business Services has launched a £150M framework for digital dictation, speech recognition, and outsourced transcription. This will provide immediate time-saving tools and create a future-ready pathway for emerging Ambient Voice and AI scribing technologies.
Innovate UK's AgriScale pilot supports agri-tech businesses in scaling up manufacturing, bridging the gap between prototype and market-ready solutions to enhance the UK's advanced manufacturing capabilities.
Washington State University researchers unveiled 3D-printed antenna arrays with a chip-scale processor, a major breakthrough for flexible wireless systems. This innovation promises lighter, more stable communication for smart textiles, drones, and aircraft by correcting signal errors in real time.
A world-first study proves microbes essential for human health can survive the extreme forces of a space rocket launch and re-entry unharmed.
This finding by RMIT University is a major step toward sustaining life on long-duration missions to Mars.
The NIHR is investing £22 million to strengthen UK health and life sciences innovation, supporting cutting-edge research, new technologies, and collaborations across the sector.
The UK government announces £12.6 million in funding to support farming innovation, including robotic harvesters and livestock health monitoring systems, through two new competitions.
Stanford researchers have created a brain-computer interface that translates imagined speech into text, enabling communication for individuals with severe paralysis.
A groundbreaking quantum study from Stevens Institute of Technology has created a formula that precisely quantifies the "wave-ness" and "particle-ness" of quantum objects, enabling innovative quantum imaging with undetected photons.
