Could a graviton be a low-energy photon?

Image of a photon.

We can think of gravity as forming when particles or objects spin. That spin binds energy from around it. That spin turns quantum fields, or quantum field energy, into kinetic energy. When. Particle spin binds energy. Energy that comes from around that particle tries to fill that area. And that means the traveling field pulls other particles with it. The field carries the particle. Then we can think about the gravitational wave. Energy ditch. That travels in the universe. The reason. Why the gravitational wave transports everything into the gravitational center.

It is in the universe’s expansion. And. Energy level. In the universe, it decreases. So. If we look at the gravitational waves. The energy level in the environment around gravitational waves decreases. So.  We can say that the next gravitational wave is always deeper than the first. And that pulls objects to the gravitational center. 

There is a possibility. that. Short-wavelength radiation causes particles around the gravitational center to spin. In this model, every single particle is an independent gravitational center. The strength of those centers is determined by entropy. 

There is a possibility. That. When energy travels through a particle.

It. Takes energy with it. If that particle starts to spin, it binds energy inside it. The question is always: Could a particle? Or. Its shell. Or something inside it forms some quantum tornado. That thing is the structure. That transports energy out from it. If. That energy flow is strong enough. That transports all reflections into that direction. 

When. An energy string travels through a particle. It acts like a thermal pump. When the energy level at the ends of the string is lower. That quantum antenna transports energy in two directions. And the equatorial structure binds energy. 

So when a particle’s spin speed increases. That means the particle binds more energy into it. 

That means that. We could see that effect as a gravitational wave. We could say. The mysterious graviton particle is the thing. That causes the gravitational waves. 

But. What is that particle? Could it be a photon? That. Is in a very low energy level? There is a possibility. That energy field travels through a photon. That energy acts like wind. It turns (or cools) the photon around it into a very low energy level. This makes energy travel into those photons. 

Could the quantum wind that travels through photons form the effect that we know as a graviton or WIMP? If the quantum wind travels through photons. That freezes it. Or transports energy out from the photon.  That effect. It. Turns the photon’s energy level lower. Than. The environment. This drives quantum fields to photons. And that could explain why nobody has seen a WIMP or graviton. 

Photons can act as particles in that case. If. The photon spins very fast. That causes an effect: the photon sends waves Into. 

The middle of it. This means. Photon. Transports. Its energy into the structure. In the middle of it. This happens when the photon’s outer structure. turns into a higher energy level than its inner structure. The photon is a donut-shaped particle. That can also explain why we cannot see gravitons. 

When some energy string travels through a photon. That. Binds energy into it. And transports energy out from that structure. 

That quantum string. Or quantum wind acts like a thermal pump. That keeps the photon’s energy level low. 

That energy focus can start to spin. That forms a small quantum tornado. That tornado transports energy out of the photon. And that can turn the photon into a low-energy object. In this model, the photon is like a wheel. 

And there is a quantum-sized energy string. That keeps the photon in a lower-energy state. That. Means that the graviton could be a cold photon. But could that quantum wind keep the photon’s energy level lower than the environment? This is the key element in the direction of the interaction. Energy always travels to a lower energy level. So. How can the particle’s energy level always be lower than the environment? Could dark matter or WIMP particles be the particles? 

That reflection hides behind the galactic halos?  Is it possible that WIMPs can exist only near galaxies? There is also a possibility. That there is lots of atomic hydrogen between galaxies. And outside galactic clusters, that are colder than galaxies. This makes it very hard to detect that matter. 

But could that effect also explain WIMPs? Dark matter particles. Or. Weakly interacting massive particles could also be photons. Or they could be some other particles that can transport their energy. From there, very fast. One suggestion is that. The. WIMPs.  And gravitons can be quantum-sized black holes. 

https://scitechdaily.com/physicists-demonstrate-swarm-of-photons-that-somersault-in-lockstep/

https://scitechdaily.com/quantum-leap-scientists-reveal-the-shape-of-a-single-photon-for-the-first-time/

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

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