QNTsol

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. $LMT $INFQ $IONQ

THE QUANTUM INTERNET IS COMING Remember when I said China leads the quantum network race? The US just answered twice in the same week. Result one: Stony Brook and Brookhaven National Lab sent quantum information through open air across 13 miles. No cable at all. The first US demonstration of its kind. Result two: a NIST led team transmitted entangled photons across 62 kilometers of fiber. Not lab fiber but an existing, ordinary, already in the ground telecom cable. The toughest real world test the quantum internet has passed. Why both are hard: entanglement is the resource that makes quantum networks work, and it's absurdly fragile. Temperature, vibration, atmosphere, the noise of regular traffic in nearby fibers, all of it destroys quantum states. Getting them through 38 miles of commercial cable, or 13 miles of open sky is a massive feat. But kilometers aren't the whole story. China's famous 12,000 km quantum backbone runs on an older architecture, trusted relay nodes. Every few hundred kilometers the signal stops, gets measured, gets re-sent. What NIST demonstrated is the next architecture which is entanglement over real infrastructure, end to end, no trusted middlemen. And it rides fiber that's already underground. Every telecom on earth already owns the hard part. What Stony Brook demonstrated is the path off the ground entirely. Free space links are the stepping stone to quantum satellites, the one domain China has monopolized since Micius launched (Though its had its problems). So overall, China built more kilometers of the old design over a decade. The US just demonstrated the new design on buried cable AND in open air, in seven days. This race has just begun. $IONQ $RGTI $INFQ $QBTS