Embedded antennas designed for cellular, GNSS, and Wi-Fi connectivity aim to simplify integration inside connected electronics.
As connected devices continue shrinking in size while demanding...
MIT researchers have developed soft, stretchable transistor architectures that amplify weak biological signals while conforming to human tissue, paving the way for advanced wearable...
An intelligent optical sensors that process and compresses data inside the sensor itself, enabling faster surgical decisions, lower energy use, and real-time tissue analysis...
A clinical study found smartwatch biosignals can predict fainting episodes up to five minutes before they happen, helping users prevent falls and injuries.
Samsung says...
A memory device does the unexpected as it gets smaller and performs better, pointing to longer battery life and lower energy use.
Researchers at Institute...
A new evaluation platform streamlines inertial sensor design with AI-driven analytics, real-time visualisation, and automated workflows—cutting complexity and accelerating time-to-market for next-generation smart and...
A new ionogel combines extreme strength with skin-like softness, enabling durable wearable electronics that can withstand heavy loads while maintaining flexibility for biomedical sensing...
An indoor solar technology could turn room light into power, offering a way to run devices without relying on disposable batteries.
Researchers at The University...
As wearable devices shrink toward ocular and skin-integrated formats, compact and safe energy storage remains a key constraint for enabling advanced functionality.
XPANCEO and ITEN...
A perovskite device that works as both a high-efficiency solar cell and an LED, opening new possibilities for self-powered displays, smart windows and multifunction...