The new theory about the beginning of the universe.

  The new theory about the beginning of the universe. 

The new theory about the beginning of the universe requires the existence of gravitons. The mysterious graviton would be the answer to the beginning of the universe. If we find the graviton, we can make a model that supports the universe's origin in the Bose-Einstein graviton condensate. The universe’s beginning is explained as the G-field where gravitons were formed. Like all other particles, hypothetical gravitons are condensation points in the G-, or gravity field. In that model, the G-field is gravitational radiation that formed all other fields. And all other quantum fields are formed in internal interactions of the G-field. Those particles that formed in the G-field act as tensors. They transmit radiation or wave movement in the same wavelength as their size. 

So, the particle’s diameter determines the wavelength of the radiation, or wave movement. That means particles that form in the G-field can turn the G-field into another wavelength. So, that tensor particle can turn the G-field into an electromagnetic field. When the particle's size grows, it increases the energy transfer speed that the particle brings out from the G-field. In that theory, there were no other fields than the G-field before the Big Bang. That means there was no resistance in other fields. And those fields start to expand. They harness energy from the G-fields, and that can be the beginning of the universe. 

Other quantum fields are the strong and weak nuclear forces. And electromagnetic interactions. All those interactions have wave and particle forms. 

And we can say that those fields form from the wave movement that gluons, W, Z, and photons send. Or a photon can itself turn into a wave movement. So the origin of the wave movement that forms some field is in some boson. The reason why we cannot see the field from the strong nuclear force, or strong nuclear interaction, is that the gluon is such a small particle that it sends such short-wavelength wave movement so often that it's hard to detect that radiation, or wave movement. 

That means graviton is a boson. Bosons transport a certain force or interaction. Graviton-boson transports gravitation. It sends so shortwave radiation that it’s hard to see. But there is a possibility that gravitons are not particles. It can be a hole in some energy field. And one of the most exciting models is that hypothetical tachyons, faster than light particles, form the graviton. Or the graviton is the hole that the tachyon leaves behind it. Those hypothetical tachyon particles will travel back in time. And they might behave like black holes. In that model, the photon is like a smoke ring that forms around the hole behind the tachyon. And electromagnetic fields try to fall into that hole. 

That is one model that can explain why we cannot see gravitons. Another explanation could be that the graviton is a particle that spins faster than light. And that makes it a so-called quantum-size black hole. So, could tachyon be the same as graviton? Only heaven knows. But if we think otherwise, we can model what the graviton might be. That graviton is the quantum dot that starts to vaporize. When those quantum dots vaporize, they act like ice acts in a room, when those ghost particles vaporize, energy from other quantum fields starts to fall to points. And that causes movement in quantum fields. 

Those gravitons can have antiparticles. That “antigraviton” would be a particle that works opposite to the graviton. The even more hypothetical anti-graviton would be a particle that pushes quantum fields away from it. Gravitation is a very weak force. And maybe the antigravitons are very rare particles. In that wild model, the annihilation between a graviton and a mirror-graviton can be a source of dark energy. But those things are not proven. They are only speculation. 

https://scitechdaily.com/rewriting-physics-textbooks-scientists-propose-a-bold-new-theory-about-the-universes-origins/

https://en.wikipedia.org/wiki/Fundamental_interaction

https://en.wikipedia.org/wiki/Graviton

https://en.wikipedia.org/wiki/Tachyon

https://thatsthenatureoftime.blogspot.com/