The Taming Gravity Archive preserves a small collection of magazine articles from the late 1990s and early 2000s, when print publications were among the most important sources of public reporting about experimental gravity research.
This is not intended to be a complete history of gravity research. It is a focused collection of early popular reporting that helped introduce readers—including me—to the possibility that gravity might someday become more than a force we observe. It might become a phenomenon humanity learns to influence technologically.
A Window into an Earlier Era
Before online video, podcasts, social media, and continuous digital news, magazines such as Wired, Discover, and Popular Mechanics played an important role in bringing unconventional scientific research to the public.
These archived articles preserve a snapshot of how gravity-control research was discussed at the turn of the twenty-first century—what researchers hoped might be possible, what experiments were being proposed, and where journalism sometimes moved ahead of the available evidence.
Dr. Ning Li and the Technological Possibility of Gravity Control
The central figure in this archive is physicist Dr. Ning Li. Her work attracted attention during the 1990s because she explored whether specially arranged and rotating superconducting materials might produce unusual gravitational effects.
For me, Dr. Li holds a special place in the history of this subject. She was the first scientist I encountered who spoke seriously about gravity as something humanity might eventually learn to control through technology. That idea helped inspire the central question behind this website:
Why Her Work Still Matters
Dr. Li’s importance to this archive does not depend on claiming that gravity control was successfully demonstrated. Her historical importance lies in treating artificial gravity and gravitational engineering as subjects that could be approached through physics, materials, experimentation, and technological development.
That shift—from imagining gravity control only in science fiction to asking whether it could become a legitimate engineering problem—is one of the foundational ideas behind TamingGravity.com.
Can gravity remain one of nature’s least technologically accessible forces forever, or might future discoveries allow humanity to influence it in controlled and measurable ways?
Articles in the Archive
The three articles below document the public discussion surrounding Dr. Li’s research and related gravity-control concepts between 1998 and 2000. They should be read as historical journalism—not as proof that artificial gravity or antigravity was achieved.
Taming Gravity
By Jim Wilson
This article examines Dr. Ning Li’s research and the possibility that superconducting systems could produce measurable gravitational effects. It is also the article whose title inspired the name Taming Gravity.
Zero Gravity: Antigravity Devices
By Corey S. Powell
This article surveys experimental ideas associated with antigravity and includes discussion of Dr. Li’s attempt to investigate whether rotating superconductors could affect gravitational behavior.
Breaking the Law of Gravity
By Charles Platt
This early report explores several unconventional attempts to investigate gravitational modification, including Dr. Li’s theoretical and experimental work. It captures both the excitement and uncertainty surrounding the field during the late 1990s.
Scientific Status
These magazine articles document proposals, expectations, and experimental claims from an earlier period. They do not establish that gravity shielding, antigravity, or a practical artificial-gravity device was successfully demonstrated.
No publicly verified technology has yet shown that gravity can be shielded, cancelled, or engineered in the manner envisioned by these reports. The articles remain valuable because they document the history of the idea and the scientific questions that motivated the researchers involved.
Why Preserve These Articles?
The internet has greatly expanded access to scientific news, but it has also made information more temporary. Websites change, links disappear, publications reorganize their archives, and stories that once influenced public discussion become difficult to locate.
This archive is preserved for several reasons:
- To document early public reporting about artificial gravity and gravity-control research.
- To provide historical context for newer discussions of advanced propulsion and spacetime engineering.
- To preserve the sources that helped inspire the creation of TamingGravity.com.
- To allow readers to compare earlier expectations with what has—and has not—been established since then.
About the Sources
The articles featured here were originally published by their respective magazines and remain credited to their original authors and publishers. TamingGravity.com is not affiliated with Popular Mechanics, Discover, or Wired.
The name Taming Gravity was inspired by the title of Jim Wilson’s October 2000 Popular Mechanics article. The phrase also expresses the broader purpose of this website: to investigate whether gravity might someday be understood well enough to become technologically accessible.
Where original publisher versions remain available, readers are encouraged to consult them alongside the archived material.
From Magazine Archives to a Living Investigation
These three articles belong to an earlier chapter of the gravity-control discussion. Today, most new information reaches the public through online research papers, institutional announcements, interviews, podcasts, and video presentations rather than monthly print magazines.
TamingGravity.com therefore treats this section as a historical archive, while the broader News & Archives section follows newer developments in gravity research, advanced propulsion, spacetime physics, unidentified anomalous phenomena, government investigations, and related scientific questions.
The archive may remain small, but its purpose is important. It preserves some of the reporting that helped transform gravity control, at least in the public imagination, from a distant science-fiction concept into a question that a few researchers were willing to examine scientifically.
The results of those efforts remain unresolved, and the technological mastery of gravity remains beyond demonstrated science. But the question that motivated these articles is still worth asking:
What discoveries would be required before gravity could become an engineering discipline?
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