Delivery Of Light In G-Field Verified By Cosmic Process's And Different From What Einstein Expresses

- Einstein says light deflects passing near the Sun due to spacetime curvature and Newtonian attraction. Its path curves concavely around the Sun.

- Garcia de la Concha argues this view clashes with light's intrinsic nature as an energetic field propelled rectilinearly at maximal cosmic speed.

- Light deflection instead occurs due to the "centrifugal" push from interstellar gravitational incompatibilities between stellar and luminous time-fields. This overwhelmingly overpowers the Sun's pull.

- So light curves "convexly" around the Sun, not concavely as Einstein pictured it. Light paths manifest residual velocities - the raw translational push + the repulsion.

- Since deflection arises from cosmic scale gravitational dynamics rather than space-time curvature around the Sun, it does not actually demonstrate relativity effects.

- Garcia de la Concha provides an alternative diagram showing how the stellar light shear could make the star's apparent position shift if the Sun enters the sight-line, per observations. No local spacetime curvature is necessary.

In essence, the key ideas are that light deflection near the Sun is explained via intrinsic cosmic scale gravitational dynamics rather than relativity, with different geometric implications. In other words The phenomena is very unneccessary for validating relativity, which has other demonstrations.

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