A Theory of Planetary Gravity Based on Circular Photonic Vibration
Abstract
This scientific document presents a physicalist and mechanical framework, grounded in the Photonic Vibration Theory, for explaining the mystery of gravity. In this view, the photon is a sub-particle of matter — on a scale far smaller than the electron — inherently devoid of independent energy, and constitutes the unified fabric and substrate of the universe. This paper demonstrates that the fluid, molten core of a planet in continuous rotation is the generator of the energy required for the circular vibration of photons from the core outward. Since the Earth's core acts as a cathode and the rotation of molten matter carries rotational momentum, photonic vibration propagates in a drill-like pattern through the atoms of the Earth's elements, reaches the surface, and after passing through the atmosphere, its gravitational force diminishes with increasing distance due to the expanding diameter of the circular wave. The mechanical resultant of this rotational passage imposes a material reabsorption upon the physical existence of objects, pumping matter toward the origin of the effect — a tangible phenomenon previously defined as a mysterious attractive force or a curvature of space. The most important characteristic of this model is that gravity does not arise from a single point, but from a uniform spherical field — proportional to the density of the matter within which it operates.
Fields of Study & Subjects
Quantum and Classical Electrodynamics
Quantum Electrodynamics and Casimir Effect
Orbital Angular Momentum in Optics
Publication details
- Journal / source
- Zenodo (CERN European Organization for Nuclear Research)
- Publication date
- 18 May 2026