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.
The UK government introduces 'innovator passports' to streamline NHS adoption of new technologies, reducing red tape and enabling faster nationwide deployment of proven innovations.
University of Southern California researchers have developed a groundbreaking ultrasound device that could reduce reliance on addictive painkillers for patients with chronic pain.
Over 55% of NHS communications professionals are now using AI tools, with 41% more showing interest. But a new report reveals adoption is patchy, with skill gaps and limited access slowing progress.
New research from the British Cardiovascular Society conference in Manchester suggests that a home device that scans a person's feet as they get out of bed could help detect early signs of worsening heart failure, potentially keeping them out of hospital.
A new visualisation tool is shedding light on breast cancer spread. This innovative fluorescent probe, called Illusia, allows researchers to observe dynamic signalling within moving cancer cells, potentially opening new avenues for treatment and preventing metastatic spread.
MIT engineers have achieved a major leap towards fault-tolerant quantum computing by demonstrating an order-of-magnitude stronger nonlinear light-matter coupling. This breakthrough promises nanosecond-speed quantum information readout and processing, significantly accelerating the path to practical quantum computation.
While AI presents opportunities for increased efficiency – such as automating tasks and analysing data – it also raises issues regarding job security and data privacy. The need for human oversight remains critical, Colin Wheeler from Survey Solutions explains.
NASA's Hubble has captured stunning images of NGC 4941, revealing intricate details of star formation. This observation helps scientists understand stellar feedback and the impact of active galactic nuclei on galaxy evolution.
Scientists at Argonne National Laboratory have developed a new nanoscale technique, surface-sensitive spintronic terahertz spectroscopy (SSTS), to probe the quantum behaviour of materials at interfaces. This breakthrough offers unprecedented insights into surface phonons and interfacial superconductivity, paving the way for advancements in quantum material and technologies.
As we look ahead to 2025, the public sector faces unique challenges and opportunities. With service demands rising and budgets tightening, finding the right balance has never been more crucial.
