Atomic disorder isn’t a flaw, it’s a feature. New battery materials promise ultra-fast charging and boost lifespan than ...

The 64-bit chip runs video, handles AI tasks like voice and image, moves data fast, and saves power in machines and devices.

These devices ensure fast response and stable clamping across a wide voltage range—making them ideal for next-gen powertrains ...

The battery chips help devices run longer, show charge accurately, and save space on the board. Useful for laptops, e-bikes, ...

Columbia University engineers have designed ultra-resilient analog-to-digital converter (ADC) chips that now play a critical ...

The new method makes large InSe wafers that work better than silicon. This can help build faster, smaller, low-power chips ...

A new hacking method silently forces your phone into data-transfer mode—without your consent—exposing your personal files in ...

Designed for EV chargers, solar inverters, UPS, and industrial systems, it offers high reliability, long-term durability, and compliance with stringent global surge immunity standards—enabling smarter ...

This project demonstrates a scalable and real-time home automation system built around the powerful IndusBoard Coin, a ...

A hidden atomic mechanism where Aluminium reacts with other metals in Li-ion batteries making recovery hard and expensive.

The robot arm helps people with disabilities make food. It holds things of different shapes and sizes, like sauce, cheese, ...

The Peltier modules give cooling in small spaces. With quiet, fanless design and control, they fit medical, industrial, and ...