Insider Transient
- Infleqtion UK efficiently accomplished the primary section of its Quantum Enhanced Inertial Navigation Methods (Q-NAV) challenge, with key stakeholders discussing achievements on the Quantum Navigation Business Day.
- The Q-NAV challenge focuses on growing a Quantum-Enhanced Inertial Navigation System (Q-INS) to handle vulnerabilities in World Navigation Satellite tv for pc Methods (GNSS), particularly in environments the place GNSS is compromised.
- Collaborating with QinetiQ and the Royal Navy, Infleqtion goals to mix quantum and classical sensors for superior navigation efficiency, with sea trials deliberate on the Navy’s XV Patrick Blackett vessel in early 2025.
- Picture: By Royal Navy
PRESS RELEASE — Infleqtion UK is delighted to announce the profitable completion of the primary section of its Quantum Enhanced Inertial Navigation Methods (Q-NAV) challenge awarded by Innovate UK, culminating in its Quantum Navigation Business Day on 27 June.
Held on the Institute of Physics (IOP) in London, the Business Day offered a beneficial alternative for Infleqtion, its challenge companions, authorities officers, and trade stakeholders from 20 organisations to evaluate the newest developments in quantum applied sciences for positioning, navigation, and timing (PNT). Attendees explored the progress made by the Q-NAV crew and engaged in vital discussions concerning the alternatives and challenges shaping the way forward for this sector.
A Visionary Dedication to Navigation Excellence
Dr Tim Ballance, President of Infleqtion UK, articulated our imaginative and prescient: “At Infleqtion, we’re resolute in addressing the vulnerabilities of present navigation methods, significantly in environments the place GNSS is compromised. Our collaboration with QinetiQ and the Royal Navy epitomises our mission to deploy cutting-edge quantum options to boost each army and civilian navigation.”
Constructing on the latest world-first flight demonstration of our ultra-cold matter platform for quantum Positioning, Navigation and Timing (PNT), Q-NAV will develop a Quantum-Enhanced Inertial Navigation System (Q-INS) to handle the constraints of World Navigation Satellite tv for pc Methods (GNSS). Whereas GNSS is broadly used globally, its vulnerability to spoofing and jamming assaults, as seen in latest conflicts, poses a big threat.
Lieutenant Colonel Scott Wallace RM, of the Royal Navy Workplace of the Chief Know-how Officer, mentioned: “Partnerships and collaboration between trade and end-users are key to accelerating Quantum Applied sciences into mature and useable capabilities. Whereas there may be nonetheless numerous laborious work to be executed, the early successes OCTO and Infleqtion are having fun with are indicative of the artwork of the attainable when stakeholders share a standard imaginative and prescient for innovation.”
Our Dedication to Superior Navigation Know-how
At Infleqtion, we’re devoted to pioneering developments in navigation methods, addressing present applied sciences’ vulnerabilities, significantly in vital operational environments the place GNSS is ceaselessly compromised. Traditionally, inertial navigation methods (INS) had been the accuracy benchmark earlier than the arrival of GNSS. Whereas the accuracy of INS depends upon its sensors’ sensitivity, drift and noise efficiency, these methods presently function a backup to GNSS vital limitations on positioning and navigation throughout long-duration GNSS holdovers.
Over the previous decade, atomic interferometers have revolutionised the boundaries of inertial sensor noise and stability in laboratory settings by exploiting quantum superposition. Nevertheless, these groundbreaking applied sciences have but to be totally demonstrated in sensible purposes and nonetheless lack the required efficiency for a standalone INS resolution. Infleqtion is dedicated to overcoming this problem. We goal to develop the world’s first Quantum-Enhanced INS (Q-INS) that units new navigation accuracy and reliability requirements by integrating each quantum and classical inertial sensors. Combining this with our world-class expertise in low-latency machine learning, we are going to ship a step change in functionality for superior navigation expertise.
The Imaginative and prescient Behind Q-NAV: A Quantum Leap in Navigation
The Q-NAV challenge embodies our imaginative and prescient of revolutionising navigation expertise by tackling the core challenges related to present INS limitations. Our mission is to ship a strong, steady beam atom inertial sensor that leverages our trade management in chilly atom quantum expertise. The continual measurement strategy we’re growing presents vital benefits over present quantum inertial sensors by eliminating the useless time between samples, thereby unlocking substantial positive factors in bandwidth and dynamic vary.
Infleqtion’s dedication to the Q-NAV challenge is a testomony to our unwavering dedication to advancing the sector. We imagine that by pushing the boundaries of what’s attainable with quantum expertise, we are able to create navigation options that meet and exceed the calls for of army and civilian purposes. Our collaboration with main companions and stakeholders underscores our resolve to cleared the path in quantum-enhanced navigation methods, setting a brand new benchmark for the trade and securing a future the place navigation expertise is extra correct, dependable, and resilient than ever.
Revolutionary Collaborations for Superior Efficiency
Working in shut partnership with QinetiQ, leveraging their experience in contested area navigation options, the Q-NAV challenge will develop sensor fusion architectures and approaches that mix the strengths of classical and quantum sensors, right into a Q-INS. The continual quantum sensor output will allow novel approaches that depend on uninterrupted correction of classical inertial sensor drift to ship superior navigation efficiency and holdover.
Infleqtion is about to conduct a sea trial of the hybrid navigation methods on the Navy’s XV Patrick Blackett experimental vessel in early 2025, in collaboration with the Royal Navy Workplace of the Chief Know-how Officer (OCTO).
Setting New Requirements in Navigation
Jamie Vovrosh, Quantum Sensing, PNT and Communications Lead at QinetiQ, added: “Our partnership with Infleqtion in testing this superior expertise displays our potential to shortly and successfully work collectively inside the defence neighborhood. The Q-NAV challenge showcases our dedication to mixing quantum and classical methods to realize superior accuracy and reliability for a number of purposes.”
Infleqtion UK stays on the forefront of innovation, steadfast in our mission to boost navigation expertise. We’re devoted to pioneering options that safe and advance the capabilities of each army and civilian navigation methods, setting new requirements for the trade.
Study extra concerning the challenge: Q-NAV: Quantum Enhanced Inertial Navigation Systems.
