The mystery of the universe's accelerating expansion is (maybe) unraveled.

   The mystery of the universe's accelerating expansion is (maybe) unraveled.

New theories about the Big Bang and zero-point energy could explain why the universe's expansion accelerates. New scientific papers claim that there was more than one Big Bang, and if there is some other universe, the energy that comes out from that universe could expand the universe. But let's begin with the zero-point model. In this case, zero point, zero kelvin, absolute zero point mean -273,15 C or energy minimum in the system. 

1) Energy zero point decreases when universe expansion continues. 

Energy zero point decreases when universe expansion continues.This means that the energy minimum in the universe decreases. And that thing causes a reaction at the edge of the universe. Or material that was released in the Big Bang that the absolute zero point or minimum energy level decreases. This thing causes the situation, in energy, stored in the zero kelvin degrees or absolute zero point start to move. 

The fact is this, because we are in the quantum system called the universe, we cannot see that the energy minimum in the quantum system decreases. And if that thing happens at the edge of the universe or material that the Big Bang released, that causes energy movement to the edge of that material. Anyway, the universe is a bubble of material and energy that hovers in a cosmic or dimensional vacuum. In that total emptiness, the energy level is lower than in the universe. 

Temperature or energy levels between inside and outside the universe are different. That thing means that the energy minimum outside the universe is lower than it is in the universe. And that causes energy flow to outside the universe. Energy always travels to a lower energy level. When we are at the edge of the universe energy stored in zero kelvin degrees starts to move to a lower energy level area. 

If we continue this model to the space between subatomic particles,  atoms, and molecules the universe's expansion causes a situation where a quantum field that presses atoms and other particles together turns weaker. And that causes movements in the subatomic level. When those particles jump relation into each other there are small channels between those particles. Those jumps make those channel's size change. In that case expanding channel pulls energy inside it. When that channel turns smaller it sends energy to outside. That thing causes energy flow. 

When the distance of the particles turns longer that causes the energy fields between them turn weaker. And that causes energy to fall in that field. When the energy that falls in the field from all directions impacts in the middle of it, that makes energy reflection between particles. And that reflection can push them away from each other. When that distance turns higher the energy flow gets more energy from scattering wave movement, and that kinetic energy increases expansion speed. 

"Astronomers have discovered that the universe’s expansion is accelerating, likely due to dark energy, as described in the Lambda CDM model. However, inconsistencies in expansion rate measurements, known as the Hubble tension, are prompting research into new theories and modifications to existing models". (ScitechDaily.com/Einstein’s Puzzle: Unraveling the Mystery of the Universe’s Accelerating Expansion)

2) Impacting gravitational waves causes an effect called antigravity. 

Impacting gravitational waves causes an effect called antigravity.The gravitational waves that are traveling across the universe act like all other wave movements. That means those gravitational waves can form virtual particles, gravitational whirls, where those gravitational waves store their energy. When those particles are turning straight they send gravitational waves that are turning the direction of other gravitational waves. 

When the quantum gravitational field between particles turns weaker, that thing acts just like all other wave movements. That forms a reflecting gravitational field that causes asymmetry in a gravitational field. And maybe that thing is one reason for the acceleration of the universe's expansion. The reflecting gravitational waves or high-power gravitational radiation can cause an effect that gravitation turns opposite to the normal cases. That thing causes the situation that the singularity or nucleus of the black hole vaporizes. 

The antigravity could be possible near a black hole's nucleus. High-power gravitational radiation can cause a situation where near singularity forms a vacuum. And that thing pulls energy and material out from the black hole's nucleus. The expansion of the black hole event horizon could be the result of decreasing energy levels in the universe. 

Decreasing energy level causes situations in scattering is turn lower. That means the electron's speed around the atom's nucleus increases, and that pumps energy out from the atom's nucleus. 

The gravitational radiation (we can say wave movement as radiation) that is powerful enough can cause a situation where there is a vacuum near the black hole's nucleus. That thing causes a situation in the vacuum that pulls energy and material out from the singularity. This could be the reason why the universe's expansion continues and accelerates. In that case, the opposite moving high-power gravitational waves turn gravitation acts opposite as in normal situations. 

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There are a couple of misunderstandings of the well-known theories. 

1) Antimatter has no straight connection with antigravity. 

Antimatter has no straight connection with antigravity. The antimatter is a mirror version of the material. In antimatter particles have opposite polarity to material. And anti-electrons have positive polarity. The anti-protons have negative polarity. And the anti-neutron spins oppositely to the neutron. 

When a particle hits its antiparticle. That causes annihilation. In the annihilation reaction, those particles turn to energy. But otherwise, antimatter is reacting to gravity as material. Virtual antigravity with antimatter is possible. The system just collides with the antimatter in the chamber. And the craft hovers because of that high power radiation. 

2 Metaverse is not a Parallel Universe. 

Metaverse means a situation in which our universe is only one of many universes. That is a different theory than a Parallel Universe theory, where other universes are in higher dimensions or higher energy levels. In Parallel Universe that difference between energy levels denies the interaction between that hypothetical universe and our universe. 

In Metaverse theory other universes are in the same dimension. But they can be different than our universe. If those universes formed at different times. Or the Big Bang that formed them has a different energy level that makes it hard to detect them. 

It's possible. Other hypothetical metaverses do not involve the same elementary particles as our universe. This makes those hypothetical universes hard to detect. But things like light pollution in our universe make them hard to detect. 

The cornerstone of Metaverse Theory is that there were and still is many Big Bangs in the space. If those other universes send wave movement. That has different wavelengths than in our universe. That radiation is hard to detect. 

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3) Other universes rip our universe into pieces. 

Other universes rip our universe into pieces. The parallel universe and metaverse theories are not the same. The Parallel Universe means a universe that is in another dimension. The Metaverse means that other universes are in the same dimension as our universe. 

The fact is that there could be at least one other universe if material formed because of the Schwinger effect. The Schwinger effect formed two types of material, particles and their antiparticle pairs. That means there were at least two Big Bangs at the beginning of the time. Then those particles could annihilate or they can form two universes. 

The other is forming matter. And another is the forming of antimatter. Radiation that comes out, from those other hypothetical universes explains dark matter and dark energy. And if we think that those other universes exist they are hard to detect. The light pollution in our universe covers light. That comes from other universes. And if the particle formation or energy level in those other universes is different. That makes them even harder to detect than people think. 

https://bigthink.com/hard-science/two-big-bangs/

https://www.livescience.com/a-dark-big-bang-may-have-flooded-the-universe-with-invisible-matter-new-study-proposes

https://scitechdaily.com/einsteins-puzzle-unraveling-the-mystery-of-the-universes-accelerating-expansion/

https://en.wikipedia.org/wiki/Lambda-CDM_model