Wormhole-Centric Gravity Hypothesis: A Unified Theory of Planetary Structure, Tectonics, and Gravitational Phenomena

This paper proposes a revolutionary hypothesis: gravity is not a property generated by mass, but rather the attractive effect of "wormholes" embedded within the fabric of spacetime. Traditional physics asserts that mass generates gravity; this hypothesis argues the causation is reversed—wormholes exist as fundamental structures of spacetime, and their attractive force causes matter to accumulate, forming the celestial bodies we observe. Planets and stars are reconceptualized as "plugs" that partially block these wormholes. This unified framework explains multiple seemingly unrelated phenomena: Earth's internal structure, volcanic and seismic activity, plate tectonics, magnetic field generation, weightlessness in orbit, tidal effects, periodic mass extinctions, and the fundamental differences between stars and planets. The most critical argument presented is this: matter cannot create wormholes, just as actors cannot create the stage upon which they perform. The Cavendish experiment measured gravitational "phenomena" rather than identifying the "source" of gravity. The source of gravity lies at the level of spacetime structure itself—beyond what matter can access or generate. This hypothesis proposes several falsifiable experimental predictions, including gravity measurements under extreme material conditions, high-precision neutrino tomography of Earth's core, and analysis of seismic wave anomalies at the core-mantle boundary.