Ch16 - GRAVITATION OF LIGHT
Channel: Audio Unabated
Date: 21/02/2024

- Light consists of monochromatic energy fields of minuscule, almost electron-like masses that exhibit gravitational properties.

-  Differently colored light fields have miniscule variances in mass-energy distributions linked to electronic states and corresponding time differentials. 

- The compatibilities/incompatibilities between these closely related time-fields generate the overall wave dynamics.

- So white light behaves as a "poly-microcosm" - a composite of mutually gravitating monochromatic stellar objects orbiting in tight ellipses with a common focus. 

- The overlapping elongated ellipses appear spherical. Their orbital phases create apparent expansions/contractions, or wave vibrations.

- Passing large gravitational bodies compresses this light system hyperbolically, reducing wavelengths due to spacetime compatibility issues. This explains empirical phenomena like red-shifting. 

- A prism can separate the components gravitationally. Spectral reduction in dense fields occurs because external cosmic compression dominates over internal dynamics. 

- Gravity is the reason for key behaviors of light. Electromagnetism and ether vibration theories cannot explain phenomena like spectral shifts.

In summary, light exhibits an intrinsic gravitational nature which accounts for its wave and corpuscular mysteries better than existing concepts. Gravity and spacetime geometrodynamics offer a means for unification.