Higgs field and what makes it interesting?

The Higgs field is a hypothetical quantum field that connects the universe to its entirety. So when we take a closer look at the Higgs field or Higgs field theory we can say that the Higgs field theory is at least very close to the theory called GUT (Grand Unified Theory). In that theory, all fundamental forces, gravitation, electromagnetism, weak nuclear force, and strong nuclear force (or interaction) are the same force. So there is only one force in the universe. We could call that force as a "Higgs force". 

If the existence of the Higgs field is real, we can say that wormhole is a tunnel through the Higgs field. The wormhole is the tornado whose walls are at a higher energy level than its environment. And that's why outcoming energy cannot close that energy channel. When a particle travels in that channel it just rides the energy wave. And the wormhole removes the resistance of the Higgs field. Because the object travels in the middle of the energy wave that's energy level is precisely the same as itself, which means energy will not travel outside the particle. 

The idea of this model is that if two astronauts are traveling in space in two spacecraft that travel with the same speed and same direction, they can shake hands. Because in that case, the difference in the energy levels of those spacecraft is zero. And the same way energy level between an object that travels in the wormhole and the energy wave that travels around it is zero. 

Particles are ball-shaped or whisk-shaped structures that are almost stable. The existence of those particles depends on their energy level. Energy travels out from particles or travels in particles depending if the particle's energy level is higher or lower than its environment. Energy always travels to an object that is at a lower energy level. And always, when a material wave moves it loses part of its mass. Finally, the particle's existence as a particle ends, and it turns to wave movement. 

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Above. The light cone is when a particle closes the speed of light. It turns smaller. The gravitational field or simply rising the energy level acts similar way. The hypersurface of the present is the event horizon or the speed of light. When a particle or information reaches that hypersurface. It freezes because it cannot turn its inside out. And behind that thing, information turns the opposite. And when information crosses the speed of light it turns its mirror image. 

Above: When a particle drops in the black hole it follows a trajectory that looks like the drinking horn. The Higgs field will pull it smaller. And then in the final point, it reaches the event horizon. The reason why it makes the curving movement is that material will not travel straight. 

When it will a little bit bypasses the gravitational center it starts to travel in a spiral trajectory before it falls through the event horizon. And that thing forms the material disk around the black hole. (Below) So the thing that destroys things is the transition disk. The transition disk can destroy molecules. But it cannot destroy information itself. 

When the speed of the particle increases it turns smaller. Same way when a particle falls into a black hole it turns smaller. That thing causes the theory that maybe some kind of electromagnetic field like Higgs field is pressing the particle smaller when its speed increases. 

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The thing, that can prove the existence of the Higgs field is that kinetic energy. Kinetic energy is a thing that transfers to particles when they are traveling fast. Kinetic energy means some kind of energy transfer to a particle or object because energy not forming from emptiness. 

So that means the particle must interact with some kind of electromagnetic field when it turns smaller. Without that field, the particle will not turn smaller. And when a particle travels in space it harvests energy to its shell. 

It is hard to cross the speed of light. Because of this, the particle's surface turns so small. That it cannot harvest any more energy. And then, the energy starts to travel out from the particle. 

When a particle faces the speed of light it should press its core around. At that point, the material turns the opposite. We can use the light cone to model how a material or particle behaves when it reaches the speed of light. At the point, where the particle reaches the speed of light it turns to a point, and crossing that point requires that it can turn its inside out. 

So around the black hole, the event horizon is the focus where material or particle turns its inside out. And that's why we can call the event horizon a "light wall". The speed of light is also the event horizon. So the event horizon is the energy level where the material or object takes so a high energy load that it loses its ability to interact with other particles. And we can say that it jumps to the fourth dimension. 

https://informationnevervanishes.blogspot.com/p/when-information-reaches-speed-of-light.html