The Structure and Composition of Cosmos

By: Jørgen Balslev

Narrated by: Virtual Voice

The Structure and Composition of the Cosmos consists of two theories: The Quantum Aether Theory and the Euclidean Cosmos Theory, where the Quantum Aether Theory forms the basis for the Euclidean Cosmos Theory, which derives the composition of the cosmos. Taken together, the two theories provide a description of the cosmos and the universes that fits with the observations of our universe and makes it possible to understand how it all works.

Starting from the zero-point field, which consists of an infinite electromagnetic field, the theory deduces the existence of the infinite cosmos, with its stars, galaxies and universes.

The Quantum Aether Theory finds, on the basis of the properties of space and time, that space is Euclidean and that the relativistic laws are the result of a speed in relation to the constant propagation speed of the forces in the zero-point field. Furthermore, the theory finds that the electric and magnetic properties of the zero-point field can explain the presence of all the physical properties and correlations.

The Euclidean Cosmos Theory finds the distribution of mass and energy in infinite Euclidean space. Since mass = energy divided by the square of the speed of light, mass and energy will be deflected in a gravitational field, so that the mass and energy eventually accumulate in closed universes and barren objects, all of which are in some form of dynamic equilibrium. However, if the density is high enough, a large coherent universe will be created that recycles the constant amount of energy.