TU Delft researchers developed innovative hydrogen sensors for safe energy use in aviation, enhancing carbon neutrality with ...

The AI-driven wearable sensor demonstrates high accuracy in reducing nighttime scratching for atopic dermatitis, improving patient outcomes and sleep quality.

Spectrometers are used worldwide under diverse climatic conditions. Their dependable performance relies on the integrated ...

This study presents a highly sensitive optical fiber sensor for arsenic detection in water, achieving a remarkable 0.09 ppb ...

Butlr develops privacy-preserving thermal sensors that enhance safety and efficiency in spaces like senior living facilities ...

University of Oulu's Next-Generation Molecular Sensors project focuses on developing ultrasensitive biosensors, enhancing ...

As a network of websites with a truly global audience, AZoNetwork is joining the global effort to close the gender gap. Since the first AZoNetwork website, AZoM, was launched in 2000, we have seen ...

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.

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

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

Batteries, electric motors, and electronics use lanthanides (Lns). However, current extraction techniques are costly and harmful to the environment and cannot satisfy the rising demand. The ...