New electronic fabrics harvest solar energy and monitor health signals in real time.
Researchers at Sydney Barrilleaux, University of Georgia are advancing a new generation...
A wearable sensor detects vibrations from breathing, speaking, swallowing, and coughing. It works without external power and can help monitor body signals in health...
A reference board lets engineers capture clean heart signals by combining ECG, motion, and mechanical heart sensing in one patch.
Wearable ECG systems often fail...
New water-based biofuel cell ink simplifies manufacturing and powers wearable sensors without batteries.
A team of researchers in Japan at Tokyo University of Science, has...
This complete reference platform integrates sensitive biosignal detection, low-power processing, Bluetooth Low Energy connectivity, and wireless charging, providing a proven blueprint for building reliable...
This solution helps design engineers reduce development risk while delivering reliable biometric monitoring and seamless wireless data transmission.
Design engineers working on next-generation health and...
Flexible lithium-ion fiber batteries, a promising power source for smart clothing and integrated electronics face two fundamental challenges before they can become practical for...
Ultra-thin bendable silicon integrates AI compute directly on flexible substrates, enabling sub-dollar wearable health monitoring with high accuracy.
Researchers from Tsinghua University and Peking University...
Can’t speak clearly after a stroke? Revoice turns tiny throat and body signals into full sentences, helping people talk again easily.
Many stroke survivors cannot...