The Origin of the Universe Explained: Where Did All the Matter-Antimatter Annihilation Energy Go?

Finding the origins of the universe is a fascinating endeavor, yet one that remains a cornerstone of the scientific community. A compelling theory aims to explain the matter-antimatter annihilation energy, suggesting it played a crucial role in the formation of our universe.

Unraveling the Cosmos: A Big Bang Perspective

At the inception of the universe, energy reigned supreme. The big bang theory, a cornerstone of modern cosmology, posits that the universe began as an immensely dense and energetic singularity. As this singularity rapidly expanded, it converted energy into matter and antimatter, a state of equilibrium that preceded the formation of galaxies and stars. However, a key question arises: where did all the energy from the big bang go?

Theoretical Insights: The Dance of Matter and Antimatter

In infinitely vast and timeless space, one could argue that the creation of the universe is a natural consequence of imbalance. Matter and antimatter, each the direct inverse of the other, are inherently in a state of perpetual annihilation. This interaction, however, does not result in the cessation of all existence. Instead, it suggests a continuous cycle of creation and annihilation, where the energy is perpetually recycled.

Quantifying the Universe: Galaxies and Solar Systems

Consider the vast scale of the cosmos. Astronomical figures illustrate the enormity of the universe: there might be up to 200 billion galaxies, and within our Milky Way alone, there are an estimated 100 million solar systems. The Milky Way is a mere fraction of the total number of known galaxies, suggesting a universe teeming with possibilities.

The Process of Creation: From Singularity to Galaxies

In this infinite space and timeless void, the creation of matter and antimatter occurs in balance. Each atom of matter, such as an electron or proton, is intricately paired with its antiparticle, a positron or antiproton. When these pairs meet and collide, they annihilate each other, converting their mass back into pure energy. This process, however, does not result in an empty void. Instead, the energy is redistributed, leading to the formation of structures such as galaxies.

Fifth Dimension: Pre-Big Bang Masses

Our understanding of the universe extends beyond the confines of the big bang. It is proposed that the big bang is just one event in a series of occurrences involving the creation and annihilation of universes. The universe is enveloped by four pre-big bang masses, each contributing to the overall structure of the cosmos. These masses exert gravitational forces that influence the expansion and contraction of the universe.

Conclusion and Implications: Explaining Unresolved Phenomena

This model not only explains the universe's expansive forces but also addresses several unexplained phenomena, such as the acceleration in the expansion rate (attributed to dark energy), dark matter, the presence of the largest voids, cosmic microwave background, and the formation of galaxies soon after the big bang. Each of these phenomena can be understood through the lens of these pre-big bang masses and the gravitational forces they exert.

Your universe is thus surrounded by four pre-big bang masses, each contributing to the overall structure and dynamics of the cosmos. Understanding this framework opens up new avenues for exploring the mysteries of the universe.

Questions? Feel free to leave comments or ask questions in the discussion section. Let's continue this enlightening journey together!