Aquark Technologies, a Southampton startup, has partnered with the Royal Navy to test pioneering quantum technology at sea.
- The trials involved ‘cold atom’ technology aimed at enhancing covert monitoring capabilities.
- Tests took place aboard the HMS Pursuer under various operational conditions.
- The successful trial underscores the potential for non-GPS-based navigation solutions for the navy.
- £3.4m in funding from Innovate UK will advance development of a high-performance cold atom clock.
Aquark Technologies, based in Southampton, has teamed up with the Royal Navy to evaluate the practical applications of their cutting-edge quantum technology. This initiative is part of the Royal Navy’s strategy to explore advanced technological avenues that might offer a strategic advantage.
The focus of these trials was the ‘cold atom’ technology, particularly in its potential to bolster the navy’s covert monitoring operations. This technology works by cooling atoms to near absolute zero, enabling precise time measurement, which is crucial for various military applications.
The HMS Pursuer served as the testing ground for these trials, which included a series of scenarios mimicking real-world conditions. Commander Matthew Steele highlighted the importance of these innovations stating, “Quantum technologies being developed in the UK will offer an alternative Positioning, Navigation, and Timing capability…necessary in GPS-denied environments.“
Aquark reported consistent success, capturing cold atoms continuously across all test locations aboard the ship. This test marks another step forward following their triumph in demonstrating cold atom technology on a drone.
The UK-based firm secured £3.4 million from Innovate UK in May, specifically to develop an advanced version of their cold atom clock. This funding supports the navy’s aim to develop systems independent of GPS, ensuring operational superiority in adverse conditions.
The collaboration between Aquark Technologies and the Royal Navy highlights the transformative potential of quantum technology in military operations.
