Sunday, February 2, 2020

The singularity and the interaction in the universe



The singularity and the interaction in the universe

The form of singularity is one of the most exciting things in the universe. When we are thinking about the case, where the material is rotating around the event horizon with the speed of light and the temperature of the transition disk is extremely high, there is a possibility that the high-energy level of the transition disk would turn the gas and other material, what orbits the event horizon to the another singularity. 

So, in this case, would be possible that there is forming the donut-shaped singularity around the event horizon. This is one point of view to think about the most extreme phenomenon in the universe and the idea of the donut-shaped singularity is not so funny as we first might think. The thing about the singularity is that singularity is energy. And the thing, what forms it is the huge energy level, what is forming in the explosion of a supernova.

Or it can form straight when the huge interplanetary or interstellar nebula would collapse. And the last one is the thing, what is creating the supermassive black holes, what are found in the centers of galaxies. Also, massive radiation bursts can transform the planet or every other particle to the miniature singularity. 

Forming of artificial singularity can happen simply by pumping energy to some object like a steel ball, where the radiation would increase the energy of the ball and transforms it into a miniaturized singularity. That energy pumping can happen by lasers or electron rays. And if the particle cannot transfer the energy to some other place that can cause the transformation to the small size black hole. 

When we are thinking about the size of stellar-mass black holes, like Cygnus X-1 those objects are not very big. The size of the black hole means the diameter of the event horizon, and when we are thinking the case when the Earth-mass object is transformed into the black hole, the size of the event horizon would be the size of a coin. But still, those black holes are extremely dangerous. Small black holes are vaporizing very soon after they are formed, but the thing is that in the dimension of the universe "short" would mean ten years. 

When we are thinking the case, that the free singularity, what size is about a centimeter would be forming in the atmosphere, we must remember that it is a similar singularity and under the similar natural laws with larger singularities. And because the singularity is only energy, it cannot be destroyed by shooting it with the missile. 

There is no way to fill black holes by pumping material in them. And energy pumping to singularity can make it grow. The energy itself creates the black holes, and forming of the centimeter class black hole can happen when the planet travels through the jet of another black hole. That jet of gamma-, X-ray and subatomic particles are pumping energy to the particles, and transform it into the black hole or singularity. 

And if the small size black hole is in the Earth atmosphere even ten minutes can be too long. There is a possibility that the part of the so-called "missing material" of the universe is hidden in the small-size singularities. Those singularities can form in the impacts between antimatter and material particles, and they can be smaller than quarks. 

If the singularity is forming in the atmosphere of the planets it can start to pull the gas molecules to it, and even if it cannot pull them inside the event horizon, it can cause spontaneous fusion, which means that it can form the star in the atmosphere of the planet. And even a coin-sized black hole would pull the entire planet inside it. 


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