Ch 5 -To Which Our Law Is True
Channel: Audio Unabated
Date: 21/02/2024

- Garcia De La Concha proposes an alternative law of gravitation to improve upon Newton's law. But states that even their law fails to capture the full complexity at cosmic scales.

- Gravity is described geometrically as a continuous relativistic field centered on celestial bodies, with time dilation effects. 

- There are limits to the spatial extent of the elliptical gravity geometry around stellar objects. Beyond this is a different "hyperbolic" geometry of interstellar space.

- The interplay of these contrasting geometries gives rise to cosmic "centrifugal" and "centripetal" forces that govern the large-scale structure and equilibrium of the universe.



Critique of Existing Theory:

- Newton's simple inverse square law and Einstein's relativity fail to account for periodic variations in cosmic systems like the Sun-Earth gravitational dynamics.

- Garcia De La Concha argues against the concept of gravitational attraction over large distances. Rather, geometry and relativistic considerations determine apparent attractions.

- Einstein is claimed to wrongly apply hyperbolic geometry on cosmic scales, when elliptical geometry is more appropriate for modeling relativity around stellar concentrations.

In summary, Garcia De La Concha puts forth a vision of gravity and cosmology involving complex geometric relationships rather than attraction of masses over distance. This contrasts with existing theories while claiming to improve upon explanation of observed phenomena in the universe. The arguments aim to stimulate reconsideration of physical and philosophical foundations.