By thinning silicon to the nanoscale, researchers enable conformal, high performance electronics for long term health monitoring and therapeutic applications.
Silicon has long been the...
This research demonstrates a stable, lead free photodetector architecture that supports scalable fabrication and environmentally responsible electronic systems.
Photodetectors are essential components in modern electronics,...
A device could change how breast cancer is found, enabling frequent screening at clinics and home, and helping detect tumors earlier than current methods.
For...
Radar can watch heartbeats and breathing without touching the body, but walls and moving objects can hide signals. New methods make tracking more accurate.
Tracking...
Stanford researchers unveil an efficient chip-scale optical amplifier that could transform data communications, biosensing, and mobile tech.
Stanford University physicists have developed a chip-sized optical...
A wearable lens with wireless sensors tracks intraocular pressure continuously, offering ultra-sensitive, non-invasive monitoring for early glaucoma detection and eye health management.
As the global...
Scientists have developed a chip that creates earthquake-like vibrations, promising smaller, faster, and more energy-efficient wireless devices for the next generation of gadgets.
As mobile...
New method lets circuits snug irregular 3D surfaces
Chinese researchers have developed a novel electronics fabrication technique that could redefine how high-performance circuits are integrated...