Non-invasive sensing offers pain-free health monitoring, yet challenges in technology, regulation, and human factors hinder ...

Terahertz photonic crystal fiber sensors, powered by machine learning, could transform tuberculosis detection with rapid and ...

CEA-Leti has collaborated with STMicroelectronics to unveil a major step toward practical, continuous biochemical monitoring: a wearable patch prototype that analyzes sweat in real time.

What happened in 2025? We covered medtech and gas emissions, of course, but sensors did much more than that. This Year in ...

The Temporal Fusion Transformer model provides near-real-time insights into sintering temperatures, addressing critical ...

Real-time ammonia monitoring using IoT sensors in cereal fields provides valuable data for optimizing fertilization practices ...

Fire detection is based on various properties of fire such as smoke emission, a rise in temperature and optical radiation emission. In large spaces or outdoor environments, optical flame detection is ...

Researchers at Nanjing University have developed a novel helium-detecting device, drawing inspiration from the traditional ...

In situ viscosity and temperature sensors are key to effective lubricant monitoring, driving smarter maintenance and ...

For man-made objects to either fly or remain in geostationary orbit around the Earth (i.e. a spacecraft Vs a satellite, respectively), they need to monitor the local and remote environments.

Gravity exerts nearly the same amount of force everywhere on Earth’s surface. However, tiny differences in the force of gravity are caused by varying densities of rock and other materials underground ...

Lactate concentration in sweat is a reliable measure of exercise intensity and can be tracked with wearable microfluidic sensors. Air bubbles from the perspiration, however, might enter the ...