The Existence of Our Universe: Exploring the Laws of Physics and Their Implications

Once we accept that our universe is indeed the only universe—the uni in universe meaning one—then the question arises: what exactly are the physical laws that govern its existence, and do these apply to other universes if they exist?

Understanding the Consistency of Physical Laws

The laws of physics, chemistry, and biology are consistent from place to place and throughout time. This suggests a fundamental and unchanging framework that governs the cosmos. Space and time, too, are infinite, and it is from these five dimensions that we can explore the mechanisms underlying our universe's existence.

The infinite space and infinite time create an equal and opposite quantity of mass of matter and mass of antimatter from nothing. There cannot be a single particle of matter without its corresponding antiparticle, a principle that holds true mathematically. Each particle minus its antiparticle equals zero, suggesting a balance within the fabric of our universe.

The Formation of Mass and Energy

From the X minus X effect, we get one electron and one positron, one proton and one antiproton. These particles are simultaneously created and rapidly annihilate, but occasionally, one of these pairs separates, forming a singular ball of hydrogen and a singular ball of antihydrogen. Over time, when the mass reaches the mass of the universe, a singularity or pre-big bang mass forms. The volume of this singularity is inversely related to the excessive force of gravity, pulling all particles toward the center.

At a critical mass, the pre-big bang mass reaches a limit where further compression is impossible. At this point, the entire mass is converted into energy, marking the event we know as the big bang. This cycle of energy to matter and back to energy is a regular event in the vast expanse of the infinite space, existing from infinite time.

Explaining Unexplained Phenomena

Several unexplained phenomena in our universe can be explained by this theory:

Acceleration in the Expansion Rate of the Universe

The first of these is the accelerating expansion rate of the universe. This is often attributed to the mysterious dark energy, but the force of gravity from four pre-big bang masses surrounding our universe provides a more plausible explanation. These mass formations exert a gravitational pull on our universe, causing its expansion.

Dark Matter and Its Explanation

Second, we address the concept of dark matter. The force of gravity from the four pre-big bang masses and the 12 outer universes influences our own, but this matter is not directly observable, hence the term "dark matter." This imbalance is due to the inverse square law of gravitational effects, but the enormous amount of this matter can be explained by this theory.

The Biggest Void and Cosmic Microwave Background

The third phenomenon is the presence of the biggest void in the universe. Narratives suggest that after the big bang, the universe should have been uniformly distributed, but the existence of large voids can be explained by the structure of the pre-big bang masses. The cosmic microwave background (CMB) is not leftover light but a glow from the outer universes. The light loses energy due to the gravitational pull of these masses, converting into microwave radiation.

Formation of Galaxies Immediately After the Big Bang

Finally, the early formation of galaxies can be understood by recognizing the influence of these pre-big bang masses. Galaxies from other universes falling onto these masses trigger a big bang event, resulting in the formation of galaxies seen in our universe.

While our universe seems vast and complex, the consistency of physical laws, the infinite nature of space and time, and the unique properties of mass and energy suggest that the existence and behavior of our universe are fundamentally understandable. These laws may also apply to other universes, ensuring the consistency of existence across the multiverse, if such a concept exists.

Conclusion

In conclusion, the physical laws that govern our universe may extend beyond our own to other universes. The phenomena that seem inexplicable within our universe can be explained by the consistent application of these laws across infinite space and time.

For any further discussion or questions, feel free to leave a comment below.

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