Exploring the Origin of the Universe: From Nothing to Everything

Exploring the Origin of the Universe: From Nothing to Everything

The universe we inhabit is a fascinating and vast expanse of wonder, but where did it all begin? The concept of universe origin from nothing is a profound and intriguing question that has puzzled scientists and philosophers for centuries. In this article, we delve into a unique and compelling theory that seeks to explain the origin of our universe and addresses several unexplained phenomena observed in the cosmos.

Understanding the Infinite Space and Time

One valid theory regarding the origin of the universe from nothing suggests that both space and time are infinite. This means that within the boundless expanse of infinite time and infinite space, an equal and opposite quantity of mass of matter and mass of antimatter can be created without any initial particles. This is mathematically impossible to have a single particle without its corresponding antiparticle. In essence, X minus X is zero.

Formation of Universes and Antiverses

From the infinite space and time, one electron can be created alongside a positron, and a proton can form alongside an antiproton. These particles begin to annihilate each other billions of times. However, occasionally, one pair manages to separate, forming a ball of hydrogen and a ball of antihydrogen. As mass approaches the mass of the universe, a singularity or the pre-Big Bang mass is formed. This singularity has a much smaller volume due to the excessive force of gravity, and every particle tries to move to the center of this mass.

Once the collected mass equals the mass of the universe, the compression limit is exceeded, and the entire mass is converted into energy, leading to the event known as the Big Bang. This process can be seen in a complex and elegant tetrahedral structure involving four pre-Big Bang masses surrounded by 12 universes, creating a diamond-like structure.

Explainable Phenomena

The theory presented here can explain five unexplained phenomena observed in the universe:

: The theory attributes this to the gravitational pull of the four pre-Big Bang masses. Dark Matter: The gravitational effect of the four pre-Big Bang masses and the 12 external universes can be observed but not directly tested, leading to the concept of dark matter. Biggest Void in the Universe: The uneven distribution of galaxies due to the pull of the pre-Big Bang masses forming four largest voids in the universe. Cosmic Microwave Background (CMB): The CMB is not leftover light from our universe, but a glow from far beyond, suggesting that the light has lost energy due to the gravitational forces of the tetrahedral structure, converting into microwaves. Formation of Galaxies Too Soon After the Big Bang: Galaxies from outer universes falling into the pre-Big Bang masses can initiate events, forming jets of galaxies, one of which has already been spotted before the Big Bang due to the gravitational pull of these masses.

Conclusion

The Big Bang is not a one-time occurrence but a routine event in the infinite space and time, leading to the formation and subsequent collapse of universes, only to start the cycle anew. This theory provides a framework to understand the origin and ongoing dynamics of our universe, addressing several perplexing phenomena with elegant simplicity.

Are there any questions you would like to discuss in the comments section?

Keywords: universe origin, dark energy, big bang