Advanced ultrathin materials are essential for next-generation telecommunications and quantum technologies. Researchers have recently developed a revolutionary hybrid material that combines graphene and molybdenum disulfide. This ultrathin, two-dimensional heterostructure demonstrates exceptional sensitivity to terahertz radiation Terahertz waves occupy frequencies between microwave and infrared regions, critical for high-speed wireless and quantum applications. An international research team, […]

As the Internet of Things (IoT) grows rapidly, the need for efficient, far-reaching connectivity becomes more urgent. LPWAN technologies are stepping in to meet that demand. With their long-range, low-power design, they’re making it easier to connect IoT sensors in remote or hard-to-reach areas. From smart cities to agriculture, LPWAN is quietly transforming the backbone

As wireless power technology grows, so does the need for smart, unified wireless charging standards. To support this growth, the Wireless Power Consortium (WPC) and the NFC Forum have joined forces. Together, they’re advancing global cooperation to create shared solutions that power everyday devices. This strategic collaboration ensures that as new products enter the market,

Europe Drives Innovation in AI-Native Wireless Networks with NVIDIA’s 6G Platform European researchers are building the future of wireless technology with help from NVIDIA’s 6G research portfolio. More than 200 telecom companies and universities across 30+ European countries are leading the way in AI-native wireless networks. Using powerful tools, these organizations are accelerating the development

Artificial Intelligence is rapidly transforming the telecom industry. Its impact on cellular networks is becoming more evident every day. AI drives data growth, reshapes infrastructure, and fuels innovation. This shift marks the move from a mobile data era to the age of mobile AI. It introduces smarter, more responsive user experiences across devices and platforms.

As telecom infrastructure evolves, scalable and energy-efficient connectivity remains a challenge—especially for large IoT ecosystems. LoRa technology, known for its long-range, low-power design, offers a unique solution. With increasing demand for decentralized systems, integrating LoRa with edge AI and blockchain-driven models is becoming vital. This convergence empowers smart environments—from urban grids to industrial sensors—to operate

Private 5G can function without AI—but telcos agree that AI is vital for growth. As enterprises adopt more private networks, AI’s role shifts from optional to essential. At FutureNet World, leaders from BT, KPN, and Telenor debated AI’s necessity in scaling private 5G. They concluded that while AI isn’t required to launch, it is critical

Telecom operators face growing pressure to evolve. Traditional network operations no longer meet the demands of today’s digital economy. AI and 5G are reshaping expectations, yet monetization remains a challenge. Operators are striving to align infrastructure with enterprise needs while building trust and delivering consistent performance. At FutureNet World in London, leaders examined how telcos

As digital video demand rises, its environmental toll is harder to ignore. In 2024, U.S. data centers consumed over 4% of national electricity, contributing more than 105 million tons of CO₂ emissions. With growing pressure on telecom providers to cut carbon output, traditional streaming methods face scrutiny. Video streaming, particularly through unicast delivery, creates individual