Kindai University's innovative millimeter-wave sensor visualizes respiratory movement, ensuring precise monitoring during diagnostic X-ray and CT examinations.

DARPA's RoQS initiative aims to develop resilient quantum sensors for defense, ensuring reliability in real-world environments without sacrificing sensitivity.

A multidisciplinary team of researchers from AMBER and CRANN, including scientists from University College Cork’s (UCC) School of Chemistry and Trinity College Dublin’s (TCD) School of Physics, has ...

The innovative sensor, leveraging laser-induced graphene, offers precise temperature and strain measurements, potentially ...

A new MEMS NIR gas sensor shows promise when it comes to food safety monitoring, ensuring freshness and quality in the supply ...

The review examines smart packaging's effectiveness in fruit and vegetable preservation, highlighting its impact on food ...

The University of Glasgow's new electronic tagging system uses eco-friendly materials, aiming to transform supply chain ...

Addressing UAP data gaps, the Galileo Project employs advanced sensors and AI to monitor the sky, aiming for precise ...

International researchers have engineered protein-based nanomachines that detect lanthanides, offering new methods for rare ...

The new gravity sensors from Fleet Space will revolutionize subsurface exploration on the Moon and Mars, optimizing landing ...

Findings on Theora® Care highlight its role in aiding dementia caregivers, improving usability and satisfaction while ...

Evaluating various sensing mechanisms, this review identifies high-performance materials for greenhouse gas detection, ...