The Theory Of The Galactic Net and The Ujjwal Patel Orbital Tension Constant (P_Patel)
Year: 2026
Type: preprint
Abstract: For over a century, standard astrophysics has modeled orbital mechanics as mass continually falling through a frictionless vacuum of curved spacetime. This paper introduces the Theory of the Galactic Net, a unified mechanical framework that completely redefines the cosmos as a pressurized, friction-based kinematic machine. By rejecting the vacuum fallacy, this framework establishes that celestial orbits are not driven by invisible gravitational attraction, but by direct, calculable mechanical tension. This work introduces and derives The Ujjwal Patel Orbital Tension Constant (P_{Patel}). Utilizing the foundational The Ujjwal Patel Frequency (F_{Patel} = 7,407.4$ Hz) and the physical Macro-Seam gear-slip (δ = 40.471 km), the master equation perfectly balances the outward centrifugal acceleration of a planetary body against the inward mechanical pressure of the Galactic Sweep (220,000 m/s) and Solar Drag. Through rigorous dimensional analysis and step-by-step methodological calculations of the Earth-Moon system, this paper proves that the secondary planetary gear is mechanically locked at a precise tension ratio of 22.84. By transitioning from geometric spacetime observation into predictive mechanical engineering, this framework definitively proves that an orbital path is not a primary force, but rather the resulting physical footprint dictated by universal mechanical tension.
Author: Patel, Ujjwal
Language: English
Subfield: Astronomy and Astrophysics
Field: Physics and Astronomy
Domain: Physical Sciences
Open Access status: green
OpenAlex ID: W7140107406