Exploring the Infinite: What Exists Outside of the Universe
The question of what exists outside of the known universe, if anything, has long been a subject of fascination and speculation among scientists and philosophers alike. Considering the vast expanse of space and time, one theory proposes that the universe is surrounded by pre-big bang masses, and is itself part of a larger, interconnected structure.
Understanding the Theory
In this theory, the infinite space and time create an equal and opposite quantity of mass and antimatter from nothing. Each particle of mass of matter is accompanied by a corresponding antiparticle, mathematically represented as X minus X equals zero. This duality is reflected in the structure of the universe, where universes of mass of matter and mass of antimatter constantly annihilate each other, returning to nothingness.
Structure of the Universe: Pre-bang Masses and Outer Universes
Think of the universe as a diamond-like structure. Your universe is surrounded by four pre-big bang masses, which in turn are surrounded by four additional universes. This structure explains several unexplained phenomena in the universe:
Acceleration in the Expansion Rate of the Universe
One of the most perplexing observations is the accelerated expansion rate of the universe, known as dark energy. This theory suggests that your universe is being pulled out by the force of gravity from the 4 pre-big bang masses, rather than being pushed by any mysterious force. Conventional science has yet to find evidence of dark energy; gravity, a well-known force, effectively explains the observed phenomenon.
Dark Matter
The 4 pre-big bang masses exert a gravitational force on your universe, but this mass is not directly observable. This unobservable mass becomes known as dark matter. Similar to dark energy, dark matter is a concept proposed to explain gravitational effects that cannot be accounted for by visible matter. However, this theory suggests that the force of gravity, rather than an unknown matter, is responsible for these observed gravitational effects.
The Biggest Void in the Universe
The universe is not evenly distributed, as some regions contain vast empty spaces known as voids. This theory proposes that these voids are echoes of larger, less dense regions of space. The observation of galaxies being evenly distributed towards the 4 pre-big bang masses results in the formation of 4 such voids within the tetrahedron structure of these masses.
Cosmic Microwave Background
The cosmic microwave background (CMB) has been a subject of intense research. Traditionally, it has been considered the leftover light from the early universe. However, this theory suggests that the CMB is not a reflection of the universe but rather a glow from the outer universes, bent and converted into microwave radiation due to the heavy gravitational force of the 4 pre-big bang masses.
Early Galaxies Formation
The observation of galaxies forming too soon after the big bang has puzzled scientists. This theory explains that galaxies from the outer 4 universes falling towards the pre-big bang masses are the cause of the big bang event we observe. Additional galaxies are pushed away from the pre-big bang mass, explaining their recent discovery by the James Webb Space Telescope.
Importantly, the volume of a pre-big bang mass is very small compared to the mass of a universe. As galaxies from the outer universes fall towards the pre-big bang masses, their gravitational force compresses the mass to a point where the whole mass is converted into energy, leading to another big bang event, making the process a routine event in the infinite space and time.
Any questions or discussion points can be shared in the comments section below.