The U.S. government and Taiwan have signed a trade agreement to strengthen U.S. semiconductor supply chains and secure the country’s industrial and technological leadership. As the U.S. deepens strategic partnerships like the
MoreThe Defense Advanced Research Projects Agency is nearing the conclusion of its Robotic Autonomy in Complex Environments with Resiliency, or RACER, program, marking a milestone in the evolution of off-road autonomous ground
MoreThe U.S. military’s overnight operation to capture Venezuelan President Nicolás Maduro offered a rare, real-world look at how advanced defense technologies are shaping modern military operations. Known as Operation Absolute Resolve, the
MoreLeaders at the Defense Logistics Agency’s Troop Support recently concluded a three-day course that provided groups an opportunity to present concepts aimed at modernizing military logistics through artificial intelligence and digital workforce
MoreThe Federal Communications Commission has approved SpaceX’s request to expand its constellation with the deployment and operation of second-generation Starlink satellites. How Many Starlink Satellites Did the FCC Approve? FCC said Friday
MoreSens. Todd Young, R-Ind., and Maria Cantwell, D-Wash., have introduced the National Quantum Initiative Reauthorization Act, which would extend federal support for quantum research and development. The Potomac Officers Club’s 2026 Defense R&D
MoreThe Department of Transportation and the Federal Aviation Administration have unveiled plans for two new unmanned aircraft systems test sites. The new testing sites, the first FAA-designated drone test sites in almost 10
MoreThe Naval Research Laboratory has completed a multi-platform remote sensing experiment designed to advance artificial intelligence applications in hyperspectral imaging and improve how the Navy detects, identifies and characterizes materials in complex
MoreThe Defense Advanced Research Projects Agency is seeking to develop a way to connect fundamentally different quantum computing technologies, anticipating that meeting future mission needs will require a hybrid approach rather than
MoreArgonne National Laboratory and Intel have partnered to deploy and run a 12-qubit quantum processor based on silicon quantum dots. What Did Argonne & Intel Achieve in Quantum Computing? Developed by Intel and
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