Quantum Technology

Tennessee is investing $3 million into the NSF’s X-Labs Quantum Teams to build research infrastructure and commercialize quantum technologies. The state previously allocated $43 million in its 2026 budget for quantum infrastructure, aiming to position itself as a leader in quantum innovation and attract companies through partnerships and workforce development.

Odisha Governor Hari Babu advised students at RVR & JC College of Engineering to update their knowledge with rapid technological advancements and explore opportunities in emerging fields such as AI, data science, robotics, and quantum technology.

Sen. Tammy Duckworth is visiting Japan to strengthen Illinois' partnerships in quantum technology with Toshiba and IBM, promote agricultural ties, and discuss sustainable air fuel investments. The trip includes meetings to advance the Illinois Quantum and Microelectronics Park and highlight national security concerns in the U.S.-China quantum race.

U.S. and Chinese rivalry in quantum technology is prompting companies to reposition by building domestic manufacturing bases and creating independent units for non-Western markets. Physicists are working to achieve entanglement, a key quantum phenomenon.

A team at the University of Minnesota found that altering a metal film's thickness by a few nanometers can significantly change its electronic behavior. This discovery offers a new method to control metals and may advance electronics, catalysis, and quantum technology.

Scientists stabilized a previously unobserved crystal phase by stacking silver nanoparticles, solving a materials science puzzle and revealing quantum properties at room temperature. This breakthrough could advance quantum technology.

Russian intelligence agencies are intensifying efforts to steal Western technology and defense secrets amid sanctions, using fake companies, cyber spies, and middlemen. Targets include advanced machinery, dual-use technology, and research in areas like space, quantum, and Arctic technologies, with specific focus on Sweden's defense industry and Finland's security sectors.

Scientists in Japan have developed a new method to detect quantum W states, which could lead to breakthroughs in quantum communication, teleportation, and computing. This discovery is a major milestone for quantum technology. It has the potential to unlock faster and more powerful systems.

Oxford physicists achieved the first-ever demonstration of quadsqueezing, a fourth-order quantum effect, by combining simple forces to reveal and utilize hidden quantum behaviors. This breakthrough opens new possibilities for quantum technology.