A Falsifiable Test of General Relativity: The Co-Located Clock Experiment
For over a century, General Relativity has stood as one of the most successful theories in the history of science. From gravitational redshift to satellite time correction, Einstein's geometric description of gravity has passed every experimental challenge.
But in science, no theory is beyond testing.
A Falsifiable Test of General Relativity proposes a clear, physically realizable experiment designed to probe one of Einstein's deepest assumptions: the universality of gravitational time dilation. According to General Relativity, all clocks-regardless of their internal mechanism-must slow down by precisely the same fraction when placed in the same gravitational field.
This book asks a simple but profound question:
What if they don't?
Joseph George introduces the Co-Located Clock Experiment, a decisive comparison between two fundamentally different timekeeping systems:
An optical atomic clock governed by electronic transitions
A nuclear clock based on transitions within the thorium-229 nucleus
If both clocks remain perfectly synchronized as they move together between altitudes, Einstein's geometric model is further strengthened. But if their ticking ratio shifts-even slightly-it would signal new physics: evidence that gravity interacts with a physical, space-filling medium rather than merely curving spacetime.
Drawing on decades of investigation into nuclear mass defect, fission anomalies, and the Exploding Mass Defect Hypothesis, this work bridges quantum mechanics, nuclear physics, and cosmology into a single falsifiable proposal. It challenges the purely geometric interpretation of gravity and presents an alternative framework in which mass-energy conversion generates a diffuse, non-baryonic medium permeating space.
This is not a philosophical critique of relativity.
It is a measurable test.
Clear, rigorous, and accessible to scientifically curious readers, this book invites physicists, researchers, and independent thinkers to examine a question at the foundation of modern physics:
Is gravity geometry - or is it physics in disguise?
Only an experiment can decide.
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