The power can't reach where it's needed. Without better power lines, we lose many climate benefits even with more EVs and ...

What if plastics could heal, sense stress, or last longer? A ML method finds hidden molecules that may change how we design ...

A TU Wien-led team combines supercomputing and automation to predict high-performance thermoelectric materials—shifting the ...

Memory helps devices run fast and smooth. Learn how new tech fixes errors, keeps data safe, and why better memory makes your ...

The new Wi-Fi standard focuses on performance under unreliable conditions to improve network connectivity in areas with weak ...

With the ability to crawl across surfaces and grasp delicate objects, this advancement paves the way for next-gen robotics in ...

New edge-wound inductors built with powdered iron cores offer stable performance up to +180 °C, soft saturation, and up to 30% higher current handling—boosting efficiency in EVs, hybrids, and ...

From smart energy systems to industrial automation, current sensors power precision. They differ in type, function, and ...

In the early 1990s, computer scientist Mark Weiser imagined a future of ubiquitous computing, where technology would ...

We are looking for a candidate who will work on our next generation BMS, charger, MCU, DC to DC converter and IOT products ...

Join SKEYEBOTS as a Hardware Engineering Intern to design and develop robust hardware for autonomous drone systems ...

As humanoids enter the factory, manufacturers must focus on safety, staff readiness, infrastructure upgrades, and strategies ...