A chip is changing how AI runs at the edge with high performance and low power while removing the need for cloud. Could this ...

By eliminating bulky codebooks and ensuring end-to-end training under noisy channels, the innovation could power next-gen ...

UCL researchers found that a simple salt, guanidinium thiocyanate, can make perovskite solar cells more efficient and durable ...

Falcon Neuro, a space-based event sensor, logs lightning from orbit with microsecond timing, offering a faster, lighter ...

A new photorelay designed for 800 V battery management systems offers 1800 V isolation, fast switching, and compact reliability, enabling safer and more responsive operation in electric vehicles and ...

The compact, heatsink-free 46 W power supply delivers up to 95% efficiency, making it ideal for design engineers seeking ...

Halo sensor is entering India at a pivotal moment, blending privacy with safety across schools, hospitals, smart cities, and ...

Using impedance analysis on bacterial samples, the chip provides antibiotics within hours, avoiding delays linked to culture techniques.

New amplifiers work from 380 MHz to 18 GHz. They give flexible power and control, making testing easier and more reliable for many different uses.

The record-breaking run showcases how next-generation platforms, high-voltage architectures, and intelligent body control systems are redefining the limits of performance, stability, and safety in ...

Can diabetes be detected with just a breath? A new sensor may replace blood tests with a simple exhale and open doors to earlier diagnosis.

Neurons that use both light and electricity could change how machines compute and communicate. A new discovery brings us closer.