8.62 arcseconds per century • Pure kinematic derivation from F=ma + E=mc_t
Venus orbits the Sun with extremely low eccentricity (e ≈ 0.0068). After subtracting all Newtonian planetary perturbations, the residual perihelion advance is 8.62 arcseconds per century. In the Kinetiverse this precession is the direct kinematic result of entangled spatial and temporal motion overlap with the Sun’s particle ensemble — exactly the same mechanism as for Mercury.
Modern radar ranging and spacecraft tracking (Venus Express, Akatsuki) confirm the relativistic residual advance of 8.62 ± 0.2 arcseconds per century.
“Venus experiences the same entangled kinematics as Mercury. Spatial motion overlap with the Sun’s rotating particles provides half the correction; the temporal domain with c_t attached to acceleration provides the identical other half — yielding the observed 6π coefficient from pure motion alone.”
Central force F = ma = –GM m / r² yields the Binet equation:
Closed ellipse, zero precession.
Orbital motion overlaps with the Sun’s internal particle motions, producing an extra 1/r³ term. Integration yields the correction:
The identical acceleration field attaches c_t to local a(r). Entanglement Axiom forces an equal correction term:
The coefficient 3 is the sum of two independent 1.5 contributions (spatial + temporal).
Perturbation solution for small eccentricity:
For Venus (a ≈ 0.723 AU, e ≈ 0.0068) this yields exactly 8.62 arcseconds per century.
Radar ranging and spacecraft tracking confirm the 8.62″/century relativistic residual to high precision. The Kinetiverse derivation reproduces it exactly from motion overlap and c_t attachment alone — no curvature assumed.