NAVISP's Key Role at the 3rd Annual Commercialising Quantum Global 2024 Conference
Last Updated: 25/06/2024 06:10 Created at: 25/06/2024 06:08
On June 5th-6th, 2024, NAVISP actively participated in the 3rd annual Commercialising Quantum Global conference, held in the heart of London at Bishopsgate. This event gathered industry leaders, researchers, and policymakers to explore the path to commercial adoption of quantum technologies, focusing on the significant challenges and abundant opportunities that this cutting-edge field presents. The discussions were especially pertinent to the fields of Position, Navigation, and Timing (PNT), where quantum advancements hold transformative potential.
A notable highlight was the participation of a NAVISP representative in the panel discussion titled “Right on Time: Redefining the Second with the Promise of Optical Atomic Clocks.” The panel dived deep into the benefits that optical atomic clocks are poised to bring to PNT applications. Insights were shared on how these highly precise clocks could drastically enhance the accuracy and reliability of navigation systems, impacting everything from global positioning systems to autonomous vehicle guidance.
During the discussion, future real-world implications of deploying optical atomic clocks in PNT systems were outlined. The panel emphasized the potential for improved synchronization in communication networks, more accurate scientific measurements, and enhanced security in financial transactions. The talk also highlighted NAVISP's ongoing initiatives and investments aimed at fostering innovation and supporting the integration of these advanced timing technologies into practical applications.
The event underscored the vital role that quantum technologies, particularly optical atomic clocks, will play in the future. NAVISP's contributions to the panel showcased its pivotal role in steering these innovations towards widespread commercial use, ensuring that the benefits of quantum advancements will be fully realized across various sectors.