Gravitational Profile: Newtonian Attraction vs TBU Vortex Dynamics
Methodology and Theoretical Comparison
Standard Physics Method
Calculates gravitational attraction using Newton's law ($F = G \frac{m_1 m_2}{r^2}$) or General Relativity curvature. On galactic scales, this model yields insufficient acceleration for peripheral stars, requiring the hypothetical addition of Dark Matter (accounting for ~85% of total galactic mass) to match observed velocities.
TBU Model Method (Thermodynamics & Vortex Theory)
Calculates the phenomenon through fluid-dynamics, thermodynamics, and the Time Wave Vortex Theory. Every mass generates a temporal vortex whose depth and rotational velocity field govern the local space-time pressure. This approach naturally sustains high peripheral velocities and explains galactic dynamics without requiring dark matter.
Simulation Analysis & Result Commentary
Comparison between traditional attractive gravity and TBU fluid-dynamic pressure push driven by Time Wave flux gradients and vortex mechanics.
Simulation Analysis & Result Commentary