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Theoretical research redefines gravity based on geometry in a structured planetary system, suggesting a new paradigm.
"This research presents a paradigm shift in theoretical physics, replacing the mass-dependent Newtonian framework with a purely geometric 'Hasan Engine' model. By eliminating the gravitational constant (G) and mass (M), this framework demonstrates that orbital motion—from atomic scales to planetary systems—is a result of spatial resonance and geometric scaling. Key Scientific Contributions: The Escape Identity (g = 2): Through a dimensionless audit of free-fall data (gT^2/R = 2), gravity is redefined as a geometric escape condition rather than an inherent force of matter. The 16π³ Power Source: The framework derives the total potential of a planetary system as 16π^3 (Universal Volume Resonance). Surface gravity (g) is shown to be a distribution of this power over a body’s surface area (g = 16π^3/SA), rendering the concept of 'Mass' obsolete. The Pluto Anchor Proof: The paper identifies Pluto as the 'Geometric Closure' of the solar system. Numerical data confirms that Pluto occupies the point where the Height parameter (H) equals 2π, its orbital distance (R) equals 4π^2, and its orbital period (T) equals 8π^3 (≈ 248 years). This 99.9% correlation proves the solar system is a structured resonance engine. Helical Tube Dynamics: The framework proves that the solar system is a 3D conical helical tube rather than a flat disc. Elliptical orbits are exposed as 2D projections of 3D circular motion within resonant 'slots.' Verified against NASA/JPL planetary ephemerides and NIST atomic data, the Hasan Engine provides a unified, force-free explanation for the mechanics of the universe, proving that geometry—not matter—is the fundamental architect of motion."
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Shadab Hasan (2026) studied this question.
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