by COL Joseph Kaminski, COL John Seitz, LTC Matthew Barwick, LTC Tanner Dunlap, LTC James Sye. The team conducted their research under the direction of Professor Matt Rasmussen (Faculty Advisor, USAWC). This USAWC student team, Project Quantum Advantage), prepared this report answers a strategic question posed by Major General Rhett R. Cox, Deputy G2 on behalf of Lieutenant General Michelle A. Schmidt, Army G2,: “What are the likely quantum sensing technologies that will shape the strategic operating environment between the United States and the PRC by 2035?” By 2035, the United States and the People’s Republic of China (PRC) are likely to compete in a strategic environment in which quantum sensing is likely to change the character of war by reducing the effectiveness of concealment. Quantum sensing is likely to make previously undetectable signals and structures visible to both US and PRC collection enterprises. This change is likely to undermine stealth, subterranean concealment, and low-observable operations. Five key findings frame the analysis: (1) U.S. likely to maintain Quantum sensing lead through 2035, (2) Q-PNT, RYDAR, and Gravimetry likely fielded by 2035, (3) PRC dual-use Quantum sensing likely to evade standard indications and warnings by 2035, and (4) ecosystem integration like to decide Quantum advantage by 2035. The study concludes that Quantum advantage is likely to go to the actor that commits to promising technologies, avoids the implausible ones, and best integrates the complete quantum ecosystem across workforce, manufacturing, data fusion, and fielding pipelines.