Researchers at the MIT Media Lab say a tiny antenna that they developed could wirelessly power deep-tissue medical implants.

Jay Guo has spent a lifetime chasing electromagnetic waves, an interest that started in his childhood, building amateur radio ...

Diamond Antenna and Microwave Corporation ("Diamond" or the "Company"), a developer of advanced radio frequency (RF) and electro-mechanical solutions for mission critical applications at the frontier ...

Consumer Market Outlook -- Anticipated double-digit revenue growth in 2025, sustained by WiFi 7 product transitions and a new ...

ST Engineering has reported a non-cash impairment for its iDirect group and is exploring “strategic options” for the business ...

Developed in collaboration with Iridium and qualified for use with Iridium Certus™ 9704 IoT modules, the new LDS cap antenna and evaluation board significantly outperform the ceramic patch antennas ...

Engineers at the University of California, Davis, have invented a device that can generate mechanical power at night by ...

UCT hosted Italian astrophysicist Dr Grazia Umana to mark the conclusion of RADIOMAP, a three-year South Africa–Italy ...

Scientists used tiny new sensors to follow the insects on journeys that take thousands of miles to their winter colonies in ...

Innovations powered by CHASM include universal transparent heaters for safer driving and a broad range of non-automotive ...

Researchers have created a device that generates mechanical power at night by harnessing the natural temperature difference between warm ground and the cold of outer space. Engineers at the, Davis, ha ...

Implantable wireless communication systems are an essential and rapidly developing area at the intersection of biomedical ...