Browsing: #DisruptiveTechnology
Verralize enables on-site PFAS analysis and detection at 4 PPT in minutes. Per- and polyfluoroalkyl substances (PFAS) contamination poses a…
Helium plays an important role in semiconductor manufacturing, affecting both the quality and efficiency of chip production. Its unique properties,…
Biometrics is an evolving field that utilizes unique biological characteristics for security purposes. Fingerprints, iris scans, and voice patterns serve…
IVL leads PFAS research and advances practical environmental solutions through advanced analysis, field-scale testing, and policy engagement. “We don’t just…
Solar sails and photon propulsion represent major advances in the field of space exploration. These technologies offer a new approach…
The Algae4IBD project is unlocking the potential of algae to develop sustainable bioactive ingredients for inflammatory bowel disease and pain.…
The NanoIC pilot line has the ambition to become the world’s professional R&D pilot line beyond semiconductor technology. It aims…
Advances in exhaust gas sampling have enabled comparative evaluation of PFAS detection and analysis methods. For decades, waste incineration has…
The NATWORK project is working to build and deploy the first economically realistic, energy-efficient, and viable 6G cybersecurity and resiliency…
The UK Space Agency announced at the recent Space Comm Expo in Glasgow that it will spend £17 million on…