Using ideas borrowed from topological photonics, researchers in Singapore, France and the US have designed a compact antenna ...

Single-platform FR3 testing enables early 6G validation while maintaining backward compatibility with 4G and 5G devices, ...

ISAC’s early use case portfolio spans public safety, industrial automation, and transportation—all areas where operators can ...

Researchers at Monash University and the University of Melbourne have developed a quantum-inspired approach to optical ...

Though 6G is not yet a viable technology, the time is fast approaching when 6G tools will become widespread. But what exactly does that mean for the future of connectivity? 6G, in fact, will be able ...

Although theoretically possible, advanced spectrum sharing has proven to be complex and costly, requiring centralized entities to invest significant effort, capital, and processing power to ensure ...

The breakthrough, detailed in Nature Photonics, centers on a fundamental problem facing 6G: how to efficiently transmit and receive data at terahertz frequencies. These frequencies, which ...

Nowadays, we’re constantly connected to the Internet, whether it be from Wi-Fi at our house, public Wi-Fi, or through mobile data. Well, that mobile data comes from 5G for most of you, which is the ...

As 6G, the next-generation communication technology, is widely expected to achieve commercialization around 2030, various nations are ramping up research and development efforts, despite the absence ...