A 100-nanometer magnetic film produces ultra-sharp signals that could reshape how future chips handle microwave information.

Chinese researchers have developed a tiny, ultra-sensitive magnetic sensor that can detect extremely weak magnetic fields.

BAE Systems has advanced to Phase 2 of DARPA's THREADS program, targeting heat limits that constrain high-power GaN RF ...

Applying the findings to inertial confinement fusion could triple energy gain, and the new understanding of diamond’s ...

A 55-acre Colorado development will use autonomous robots to construct over 65 homes, creating a large-scale 3D-printed ...

A US spacecraft is being designed to rendezvous with aging satellites and remove them from LEO, MEO, or GEO to reduce orbital ...

Chinese automaker BYD Auto's latest Denza N8 has a claimed range per charge of 623 miles thanks to its enormous 130 kWh ...

Researchers leveraged Muon g-2 tracking detectors to measure positron decay angles with unprecedented sensitivity.

Researchers turned low-purity Minnesota iron ore into semiconductor-quality pyrite without extra purification steps.

Fraunhofer EMI’s new X-ray system captures battery failures at up to 1,000 images per second, giving engineers a real-time ...

Nuclea Energy's acquisition of Moltex assets combines waste-burning reactors, pyrochemical recycling, and micro-modular ...

Scientists have converted acidic molecules into neutral salts to reduce corrosion and extend the stability of perovskite ...