Flexible wearable technologies are crucial for monitoring astronaut health in space, tackling microgravity effects and ensuring real-time health assessments.

Robust K100 draw-wire displacement sensors monitor the position and boom length of cranes in order to detect critical situations at an early stage.

Researchers at Georgia Tech have developed a tiny, flexible brain pressure sensor that can be implanted via catheter, enhancing TBI monitoring without surgery.

The Cardi/o Monitor by NASA leverages radar-based technology for non-contact tracking of heart rate and respiration, revolutionizing home health monitoring.

Cambridge researchers developed PRRDetect, an algorithm identifying tumors with DNA repair faults, enhancing personalized ...

New research introduces a tandem reaction–based sensor architecture capable of dynamic, multiplexed metabolic tracking using ...

Allegro MicroSystems, Inc. (“Allegro”), a global leader in power and sensing solutions for motion control and ...

A research team at the Korea Institute of Materials Science (KIMS) developed an ammonia (NH3) gas sensor using a copper ...

AI-enhanced mobile air pollution sensors offer real-time, accurate air quality measurements, revolutionizing public health ...

This study presents an innovative approach using advanced chemical sensors and data modeling to authenticate edible oils, ...

This innovative bladder cancer diagnostic kit uses urine samples to achieve 88.8 % sensitivity, promising early detection and ...

Advancements in bismuth sulfide gas sensors highlight their potential for detecting hazardous gases, crucial for safety in ...