Solar-limb deflection of Electro-Magnetic signals • Pure kinematic sum
During a total solar eclipse, starlight grazing the Sun’s limb is deflected by 1.75 arcseconds. In the Kinetiverse this is not curvature — it is the clean kinematic sum of two equal contributions from entangled spatial and temporal domains.
“A light ray (pure spatial motion carrying temporal energy E = m c_t) passing near the Sun experiences motion overlap with the Sun’s rotating particle ensemble. The Entanglement Axiom forces equal spatial and temporal contributions — 0.875" + 0.875" = 1.75".”
Total deflection at solar limb (b = R_⊙)
\[ \delta_\text{total} = \frac{4 G M}{c^2 b} = 1.75119'' \]Exact kinematic sum: spatial + temporal (1:1 by Entanglement Axiom)
Transverse acceleration a_⊥ = G M b / r³ integrated along the path gives δ_spatial = 2 G M / (c² b) ≈ 0.875"
Same acceleration field attaches c_t to local a(r). Entanglement Axiom forces identical deviation: δ_temporal = 0.875"
Every modern measurement of starlight or radio signals grazing the Sun confirms the exact kinematic sum. The 1.75" deflection is the unavoidable arithmetic of entangled spatial acceleration and temporal energy modulation with c_t attached to acceleration.