Did China Recreate UFOs From American Technology?

Ning Li, a pioneering Chinese-American physicist born on January 14, 1943, in Shandong, China, dedicated her career to groundbreaking research in superconductors and gravity modification, emerging as a controversial figure in the quest for anti-gravity technologies.

Graduating from the Department of Physics at Peking University, Li emigrated to the United States in 1983 with her family, where she quickly established herself in academia.

By the 1990s, she was a research scientist at the Center for Space Plasma and Aeronomic Research (CSPAR) at the University of Alabama in Huntsville (UAH), collaborating on innovative theories that bridged quantum mechanics and general relativity.

Her early work laid the foundation for exploring how superconducting materials could interact with gravitational fields, captivating both scientific communities and the public imagination during an era of renewed interest in exotic physics.

Li’s most renowned contributions centered on her theory of gravitomagnetic fields generated by rotating superconductors, which she posited could produce anti-gravity effects. Between 1991 and 1993, she co-authored seminal papers with Douglas Torr, published in prestigious journals like Physical Review D and Foundations of Physics Letters, proposing that aligned ions in a Bose-Einstein condensate within a high-temperature superconducting disc could create a repulsive gravitational force. A key 1997 paper in Physica C further detailed experiments with Type II YBCO superconductors, referencing Eugene Podkletnov’s findings on subtle weight reductions in test masses above rotating discs. This research not only fueled media buzz—featured in outlets like Popular Mechanics and Discover Magazine—but also secured a $448,970 U.S. Department of Defense grant in 2001 for her company, AC Gravity LLC, founded in 1999 to pursue these ideas independently. Her 2003 presentation at a MITRE conference on measuring AC gravity fields underscored the potential military applications, blending theoretical physics with practical engineering.

Despite the intrigue surrounding her work, Li’s later years were marked by profound challenges and unresolved controversies. After leaving UAH, she continued classified Department of Defense research until 2014, when a severe auto-related injury on the UAH campus resulted in permanent brain damage and the onset of Alzheimer’s disease, halting her publications and public engagements—possibly compounded by a top-secret security clearance. The absence of disclosed results from her funded projects drew skepticism, while personal hardships, including her husband’s fatal heart attack in 2015 and a 2008 fallout with the Chinese Communist Party that barred her from attending her mother’s funeral, added layers of tragedy. Ning Li passed away on July 27, 2021, leaving a legacy of bold, unverified innovations that continue to inspire debates in fringe physics and propulsion technologies.