Discover how cellulose may revolutionize flexible electronics, replacing plastics in eco-friendly, sustainable substrates for innovative devices.

Discover how cellulose may revolutionize flexible electronics, replacing plastics in eco-friendly, sustainable substrates for innovative devices.
A liquid metal encapsulated within bio-based shells allows researchers to “draw” functioning electronic circuits with ease.
The sensor could improve crop yield by detecting changes in plant chlorophyll levels earlier and more precisely than existing methods.
Sleep apnea patients may soon sleep easier thanks to a comfortable, remote wearable device that tracks breathing patterns with the help of AI.
A new frontier in clean energy may be on the horizon with nanoscale generators that capture electricity from molecules.
Inspired by sea asparagus, scientists design a conductive hydrogel that is stronger than natural rubbers and adapted for extreme environments.
Researchers create a multi-layered electronic skin that mimics human skin with applications ranging from robotics to telehealth.
Microsystems engineer Can Dincer builds disposable devices to enable personalized medicine.
Capable of measuring stress through micro gestures “EmoSense” could find its way to wearable electronics in the future.
An optical device uses light-based signals for computation and communication and is a vital step toward advanced neuromorphic computers.