A new approach replaces rare spin-orbit coupling with magnetic interactions to create stable quantum states for future ...

A graphene–zinc oxide electrode can prevent volume fluctuations in lithium-metal batteries, promising high-energy storage ...

Consuming under 200 milliwatts, it delivers high-speed, low-power performance for tasks from radar tracking to edge ...

Compact image sensors can transform spectrophotometry, empowering researchers and engineers to collect accurate data in less ...

In this live DIY session, we’re building a Delay Off Appliance Timer - a simple but super useful circuit that keeps your appliance running for a set time.

A smart body-worn camera can empower frontline forces to capture evidence and stay mission-ready anytime, anywhere.

Durable, low-cost, and easy to fabricate, it could power applications from wearables and AR/VR sensing to smart textiles and next-gen wireless devices.

AI-backed sqEEG tracks epilepsy outside hospitals. An artificial intelligence-driven implant placed beneath the skin is ...

A new ultra-low-profile RF adapter bridges SMP and SMPM interfaces with high-frequency performance up to 40 GHz, enabling ...

TFETs utilise quantum tunnelling to reduce power consumption and enhance switching speed, suitable for low-power devices.

A soft, cloth-like material that generates electricity from motion — no batteries required. With high crystallinity and built ...

Solar cells can harness energy from indoor light. Keyboards, remote controls, alarms, sensors, and all other devices could ...