Quantum Innovation Center

[william]

LOCKHEED MARTIN JUST BUILT A QUANTUM CENTER TO WEAPONIZE THE TECHNOLOGY

Lockheed launched the Quantum Innovation Center, a single hub for quantum research, development, and prototypes across the company. The stated model is its AI Center, which they opened twenty years ago and now credits with putting AI into national security systems. Lockheed is telling you it thinks quantum is where AI was back then.The company has been at this longer than most people know. It bought the first commercial quantum computer ever sold, a D-Wave system, in 2011, and has run quantum navigation, communications, and sensing programs for fifteen years.

The new center pulls all of it together, plus the outside pieces. Lockheed Martin Ventures, just expanded to a $1 billion fund, with $100 million earmarked for UK and European quantum, and a Swiss hub with IBM at ETH Zurich anchored by Switzerland's first IBM quantum computer. Two internal programs, a talent pipeline and a fund for employee R&D projects, are there to grow the workforce, which is the part a prime only builds when it plans to ship something.

The priority list is the tell, sensing, navigation and timing, then computing. A defense contractor's quantum center leads with the sensors. That matches everything else this month, the Pentagon's Farseer program, the GPS-free Pacific flight, the DARPA helicopter program Lockheed is the platform partner for, and Lockheed's own venture stake in the quantum camera startup Diffraqtion and their partnerships with companies like @qctrlHQ and $IONQ.

https://twitter.com/x/status/2104557551069036705

 

[william]

CHINA IS BUILDING AN UNDERWATER GREAT WALL USING QUANTUM SENSORS.

Since the 1950s the US has tracked submarines with hydrophones cabled to the seafloor. China is building the next version with quantum magnetometers, and its shipbuilders proposed a South China Sea seabed sensor network under that exact name a decade ago.

December 2022, a USTC team ran a diamond quantum magnetometer at 1,400 meters aboard the Shenhai Yongshi submersible, the first deep sea deployment of a solid state quantum magnetic sensor anywhere.

2025, China's state aerospace corporation tested a drone mounted atomic magnetometer at sea, built for the blind zone near the equator where Earth's field runs nearly flat.

Then on September 25th, the same USTC group unveiled a magnetometer the size of a pencil, 5 watts, demonstrated by tracking a subway train from the street. Stated purpose, submarine detection.That's the wall's brick, a sub's magnetic signature falls off with the cube of distance, so one seabed sensor only sees a few hundred meters. You can't watch an ocean with that. Line the chokepoints, the Bashi Channel, the Miyako Strait, the approaches to Hainan, with thousands of cheap battery powered magnetometers, and anything steel that transits gets logged.

https://twitter.com/x/status/2104920378439274871

• @Qtumanalysis details China's push for an "Underwater Great Wall" of seabed quantum magnetometers to detect submarines via magnetic signatures, building on traditional hydrophone arrays with smaller, low-power sensors for dense coverage of chokepoints like the Bashi Channel and Miyako Strait.
• USTC's September 2026 rubidium atomic magnetometer (pencil-sized, 5W, 7cm³) demonstrated real-world tracking of subway trains and buried magnets, with the paper citing anti-submarine warfare as a key application alongside funding ties to China's state shipbuilder.
• This aligns with verified milestones including a 2022 diamond NV-center magnetometer tested at 1,400m depth on the Shenhai Yongshi submersible and a 2025 drone-mounted atomic magnetometer trial addressing equatorial blind zones, advancing quantum-enhanced ASW capabilities. Grok