All articles tagged with #quantum navigation
Q-CTRL demonstrated GPS-free navigation at sea using quantum sensors stabilized by AI, achieving one nautical mile accuracy and about 10x the performance of GNSS. GravNav measures gravity changes to determine position, runs autonomously aboard a ship cabin, and is resilient to GPS spoofing/jamming, signaling a defense-ready alternative when satellite signals are unavailable.
SpaceX launched the USSF-36 mission with the X-37B spaceplane onboard, marking its eighth flight, which features demonstrations of laser communication and quantum navigation technologies to enhance space communication resilience and navigation capabilities in GPS-denied environments.
The US military's X-37B space plane will test a quantum inertial sensor using atom interferometry, aiming to develop a GPS-independent navigation system for space and other environments where GPS is unreliable or unavailable, marking a significant advancement in quantum technology applications for aerospace.
A US military spaceplane, X-37B, will test a quantum inertial sensor using atom interferometry during its upcoming mission, aiming to provide a highly sensitive, GPS-independent navigation system for space and other environments where GPS is unreliable or unavailable, marking a significant advancement in quantum technology applications for aerospace.
A secretive space plane is set to launch to test advanced quantum navigation technology and high-bandwidth laser communications, aiming to improve satellite communication resilience and enable precise navigation in GPS-degraded environments, with potential applications near the Moon and beyond.