Enbang Li Says Gravity Speeds Light in 2 Experiments, Challenging Einstein
Updated
Updated · ZME Science · Jun 12
Enbang Li Says Gravity Speeds Light in 2 Experiments, Challenging Einstein
1 articles · Updated · ZME Science · Jun 12
Summary
Li reported that laser pulses traveled slightly faster at the bottom of a University of Wollongong elevator shaft than at the top, after crossing 20 kilometers of fiber-optic cable.
A second test found light moved faster when a 72-kilogram weight was placed near a portable device, supporting Li’s claim that stronger local gravity increases light speed.
The results, published in Scientific Reports, run against the standard view from special and general relativity that light’s vacuum speed stays constant even when gravity bends its path.
Outside experts called the work intriguing but cautioned that any Earth-scale gravitational effect on light should be extraordinarily small, making environmental and instrumental noise a major concern.
If validated, the approach could improve gravity sensing for seafloor mapping, mineral exploration and climate monitoring because Li’s no-moving-parts device may work on moving platforms such as planes or submarines.
If gravity truly speeds up light, why has a century of precision physics from GPS to astronomy missed it?
Beyond the hype, can this new gravity sensor outperform existing quantum technology in the real world?
Is a new device rewriting Einstein's laws, or are tiny temperature changes mistaken for a revolutionary discovery?
2026 Breakthrough: Experimental Evidence That Gravity Alters Light Speed and Its Impact on Physics and Technology
Overview
A groundbreaking study from the University of Wollongong, led by Dr. Enbang Li and published in 2026, presents early experimental evidence that gravity can subtly influence the behavior of light. By using meticulous measurements and a steel cylinder to create small gravitational signals, the team showed that light-based sensing technologies could detect these changes. This finding challenges the long-held belief that the speed of light in a vacuum is always constant, a core idea in special relativity. The research opens the door to new, highly precise methods for monitoring underground water or magma, with potential to revolutionize environmental sensing.