Innovation Node launched to drive UK development of new time-critical technologies

Summary

The article discusses the launch of the first innovation node at the University of Strathclyde, part of the National Physical Laboratory's National Timing Centre program. It focuses on precision timing for advancements in sectors like transport and quantum technology. The innovation nodes will aid in securing and distributing accurate time and frequency data vital for 5G/6G and autonomous vehicles. The node launch included collaboration with Strathclyde for industry and academia to develop new technologies, including those requiring resilient time references such as for electricity grid performance. The article also touches on efforts to provide robust timing in the UK independent of GPS, using atomic clocks and eLoran transmissions. The key concept relates to the use of 'Quantum Communication', and the tags 'Metrology, Quantum information science, Quantum cryptography, Quantum computing, Quantum technology, Anthorn, Atomic clock, University of Strathclyde, National Physical Laboratory, Global Positioning System, National Timing Centre, Clock' highlight the various aspects of technology and institutions involved in enhancing secure communication and accurate timing through quantum advancements.