Is photon the bite of wave movement rather than particle?

There is no straight moving photon in the straight universe. The trajectory of a photon can be straight only behind the event horizon where the extremely powerful gravitation will turn it straight. In that massive gravitation field, the radiation will travel only in one direction. In the straight universe, the quantum fields are disturbing the trajectory of the photons.

The form of the photon is interesting. The reason for that is that the photon has no mass. And that is the reason why the photon has the top speed in nature. The speed of light is also an interesting thing. The limit for that is about 299 792 458 m/s.

But there is one thing in the speed of the photon. And that is that the speed of light is a relative thing. The speed of a photon is lower in a thicker medium than in a vacuum. And the speed of light is lower in the water than in the air. Because photon has no mass. The forces of the other particles will cause that the trajectories of photons are not straight. There are no straight-moving photons in the universe. The density of the medium causes that the speed of light is changing.

It's the cosmic constant. But also relatively chancing constant. The speed of photons depends on the form of the medium. The speed of a photon is top but it's relative.

So the particle can cross the speed of light when it hits the medium which is denser than the space where it comes from. During the slowing, the particle must transfer its kinetic energy to the medium as the Cherenkov-radiation or the blue shine around the nuclear reactor. The Cherenkov-radiation is like the sonic boom but the speed of the particle is higher. And the size of it is smaller than in the case of aircraft.

If the photon is like tape in the black hole, the massive gravitation will pull the bite of electromagnetic straight.

So is photon flat? In that case, the form of the traveling photon could be like tape. And when the photon stops it would turn to the shape of the ball. So if the traveling photon is like tape that means it would not touch the quantum field. Because photons would elude the quantum field measuring its mass is extremely difficult.

In that case, only the photon that impacts the quantum field by using the perpendicular trajectories can transmit the energy to the quantum field. The observations of the material happen by reflection.

When photons impact the quantum field. That impact increases its energy. After that, the quantum field will deliver the extra energy back by releasing a photon.

The form of the photon is interesting. If a particle would not have mass it should not have the ability to transfer energy. And that thing is making the photon extremely interesting thing. So there must be something in the form of the photon that makes it able to transmit energy.

And there is a possibility that the photon is more wave movement than the particle. Or if we are thinking of the wave-particle duality there is the possibility that photon has the form of the bite of wave movement. That means the photon could be flat. In this version of the form of a photon.

The traveling photon flattens by a quantum field. While it's traveling. And when the photon is stopped it would take the form of the ball. So is photon the particle between the material and the radiation? The thing is that photon is transmitting energy is real. But the thing about how this happens is a little bit of mystery. The mass is connected with energy.

And if the particle doesn't have mass. That means it should not able to transmit energy to the particles. But if the photon is flat, that thing could mean that it would impact energy to the quantum field around the atoms and other particles.

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

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

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

Image(): https://nineplanets.org/wp-content/uploads/2020/03/Light-speed-ad73-1024x576.jpg

https://thoughtandmachines.blogspot.com/

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