Understanding the Origin of the Universe from an Infinite Singularity

The concept of the universe arising from nothing seems paradoxical. However, the scientific community has delved into theories that explain this phenomena. One such theory posits that the universe did not come from nothing; it came from an infinite singularity before the Big Bang.

The Theory of Infinite Singularity

According to this theory, the universe originated from a singularity, a point of infinite density and zero volume. Space and time are considered to be infinite. This means that the energy within the infinite space and time creates exactly equal and opposite quantities of matter and antimatter without any residue. It's a mathematical certainty that for every particle of matter, there is a corresponding antiparticle of antimatter.

Formation of Universes and Pre-Big Bang Mass

Imagine X minus X, which equals zero. From this null quantity, X units of mass of matter and from -X units of mass of antimatter are created. In the infinite space-time, this process happens billions and billions of times, leading to the formation of universes and pre-big bang masses. These masses eventually reach a point where gravity compresses the mass to its absolute limit. Once the mass equivalent to the entire universe is accumulated, the gravitational pull becomes too strong, converting the entire mass into energy. This event, known as the Big Bang, occurs.

Diamond Structure of Universes and Masses

Interestingly, this theory suggests a diamond-like structure where the universe is surrounded by four pre-big bang masses, each of which is further surrounded by its own universe. This explains several unexplained phenomena:

1. Acceleration in the Expansion of the Universe

The rapid expansion of the universe, often attributed to dark energy, can be explained by the gravitational pull of these pre-big bang masses. They exert a force pulling the universe outward, rather than a mysterious dark energy.

2. Dark Matter

The force of gravity from the 4 pre-big bang masses and the outer 12 universes controls the movement of the universe. This force, though invisible, can be detected, hence the term 'dark matter.' This theory provides a clear explanation for dark matter, eliminating the need for a mysterious force.

3. Biggest Void in the Universe

The presence of large voids in the universe, where galaxies are not expected to be as densely populated, can be understood by the structure of the tetrahedron formed by the 4 pre-big bang masses. The voids are the central points of these tetrahedron triangles.

4. Cosmic Microwave Background

The cosmic microwave background, considered to be residual radiation from the Big Bang, can be seen as a glow from outer universes, reaching the Earth through the gravitational field of the pre-big bang masses. This explains why the light appears almost parallel.

5. Early Formation of Galaxies

The early formation of galaxies can be explained by the gravitational interaction between the universes and the pre-big bang masses. Galaxies from outer universes are pulled towards these masses, leading to the Big Bang event. Some galaxies are still moving away from these pre-big bang masses, observed by the James Webb Space Telescope.

In summary, this theory challenges the conventional understanding of the Big Bang and offers a more comprehensive explanation for several unexplained phenomena. If you have any questions or would like to discuss this theory further, feel free to comment below.