The photon collisions are the new tool in physics.

The photon is the fastest known particle and the next tool for making models beyond the standard model is to start to collide the photons. That photon colliding is not so simple as we might think. Of course, by shooting two laser rays together is possible to make the collision between photons. And if the power of the laser rays is the same. At least in the impact point, the energy level is starting to rise. 

The thing that makes coherent light so dangerous is that the wave movement hits the same point in the material. That thing increases the energy level of the atoms of the impacting point. But when two laser rays are impacting together. They are starting to act like pieces of paper or carpet while they pushed against each other. They are starting to create the standing wave in the impact point. 

When two identical laser rays which wavelength and energy level are identical that causes an effect that impacting laser rays that are coming straight from opposite directions are stopping in the air. That thing can make the extremely high energetic area in the impact point. And if the electrons are shot through that point where is the standing wave. That loads a high energy level to the electron. Using the impacts of two symmetrical lasers can the energy level of the existing particle accelerators to rise.

The power of the particle accelerators can rise by shooting the particles through laser rays or extremely high-temperature holograms. And that thing moves the quantum annealing to high-energy physics. In science, we are living the time beyond the Standard model. And we don't know, should we just expand that model or make the new model or should scientists make the new model?

The difference between the high-accurate scientific work and a simplified model is to find out, what happens in the collision between individual photons. The individual photon collisions are the thing that can open new visions to the world of that well-known and at the same time so mysterious particle. 

We all know that photon is the particle of light. It's the first particle in which particle and wave movement forms are proven a long time ago. Or at least the particle and wave movement forms of the light have been proven a long time ago. But just the most modern scientific systems are captured images of single photons. 

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