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

Scientists have generated ultra-stable, donut-shaped light structures called skyrmions. These innovative beams can carry data ...

The wireless networks of the forthcoming sixth generation (6G) and beyond (XG) are expected to connect devices, wherever they are, by taking advantage of the full spectrum of telecommunications ...

Utilities need mission-critical private wireless to support a more automated, dynamic grid. As real-time demands increase, private LTE/5G provide secure, low-latency, ...

Terahertz wireless has long sounded like the next big leap; fast enough to move huge amounts of data with less delay. Yet the ...

Researchers have developed an innovative method to improve next-generation wireless networks. Their approach ensures faster, more reliable connections by simplifying how large amounts of signal data ...

Good news for users of mobile devices who enjoy accessing multimedia content and social networking applications on the move! Researchers at Nanyang Technological University (NTU) are exploring ways to ...

The next evolution in wireless communication, 6G is expected to arrive in 2030, driven by ever-increasing demands for speed and bandwidth from the explosive growth in connected devices and AI. It’s ...

It includes smart distribution edge computing units (ECUs), high-speed power line communications (HPLC) that carry power services on power lines, and fiber and wireless backhaul networks that provide ...

T-Mobile's divestment of 800 MHz spectrum to Grain Management opens new opportunities for utilities to build private wireless networks, improving grid management and outage response. More spectrum may ...

Figure 1: Typical applications of metasurfaces in wireless communication include: RIS (Reconfigurable Intelligent Surface-based Wireless Relay Systems), Digit (Digital-Coded Metasurface-Based ...