Iron batteries are safe & cheap but not very strong. Research could make them store more energy, helping cars, power storage & future technology.

A new quantum-sensing approach using superconducting qubit networks, promising unprecedented precision in the hunt for dark ...

Wearable devices can read health data and use less battery. See how a new system helps tiny processors work longer and ...

Factories, campuses, and remote systems need networks. What if you could send data far, keep everything in sync, and protect ...

It suppresses dendrite growth and boosts energy density to nearly double that of today’s lithium-ion cells—promising safer, ...

By simultaneously reading two sets of coils through a single chip, it streamlines system design, boosts accuracy, and ...

A new automotive-grade gate driver simplifies power-switching design by embedding an adjustable negative bias, eliminating ...

Researchers use freezing technology to find how micro-sized particles cause defects in the chip-making process and design better methods to prevent them.

As a Signal Processing Intern, you will play a key role in developing advanced Digital Signal Processing (DSP) algorithms that transform raw radar signals into high-resolution satellite images. This ...

A diode design can make terahertz signals stronger & work better, helping build smaller devices for imaging, sensing, and wireless communication.

Need faster AI and data use? This server runs big models, speeds up work, and helps businesses make decisions.

Oki Electric Industry and Nisshinbo Micro Devices in Tokyo are collaborating to develop a new type of thin-film 3D analogue IC. These chips are designed to ...