Will you give information about the structure of the atom? What kind of a system are the atoms and subatomic particles subject to? What does their wonderful management from one source show?

The Answer

Dear Brother / Sister,

1.2.3. The Structure of Atom

It is necessary to understood the structure of the atom in order to understand the issue of particle better. There are various forces in the universe that can be called Divine Law: electromagnetic force, weak core force, strong core force, gravitational force. The strong core force is weak at short distances and powerful at long distances. In other words, it becomes intense when it is far away and weak at close range. The gravitational force is called graviton. This force holds all the planets together in the universe. Gluon is one of the fundamental particles of particle physics. They combine with quarks to form basic particles. Gluons interact strongly with quarks. In particle physics, subatomic particles affected by core force are called hadrons. Hadrons are not basic particles but are compound particles composed of fermions called quark and anti-quark and bosons called gluons. Gluons are the carriers of strong interaction that holds quarks together. In the hadron collider experiment conducted in Switzerland, the aim is to generate energy by the breaking down subatomic particles. In addition, another aim is to understand the atom, particle and matter by finding anti-matter in those experiments.

1.2.4.Photon Telepathy or Power of Thought

When one of the subatomic particles is moved, an energy like atomic energy emerges.

According to quantum leap, energy transfer occurs as information transfer. To achieve this, subatomic particles are activated. In the experiment conducted in CERN, Switzerland, the aim is to find the missing link called subatomic particle. When the missing link is reached, the formula of subatomic particles will be found. Nuclear energy is just one of the subatomic particles; when all subatomic particles come together, an atom is formed. Each subatomic particle forms a separate energy band. The main aim in subatomic particle physics is to try to find the particle that goes faster than the speed of light. For this purpose, the Hadron collider experiment was conducted in Switzerland.

A twenty-seven-kilometer-long tunnel with a diameter of 3.8 meters was dug a hundred meters below the ground for the Great Hadron Collider experiment in Cern, Switzerland. The photons were collided at a speed close to the speed of light the by using lead ions in the magnetic field with special helium cooler. Subatomic particles were attained as a result of this experiment, which was likely to form a black hole. When one of the subatomic particles is moved, an energy like atomic energy emerges. The aim of this study is to find a powerful energy source.

In the Hadron Collider experiment, a phenomenon called photon telepathy emerged. An incredible incident took place in the experiment in Cern. The same experiment was conducted at a location ten kilometers from Cern and in a headquarters in Chicago. Similar photons were produced in all three locations. The photon in Cern was analyzed and moved. It was observed that the photon in ten kilometers away and the one in Chicago moved in the same direction and at the same time though the same experiment was not conducted in either of those places.

The wonders that were revealed in the research on subatomic particles show that atoms and subatomic particles are subject to a divine system and that they are controlled wonderfully from a single source.

 In this experiment carried out in three different places in subatomic particle physics, it was revealed that the particles were connected with each other and there was a simultaneous relationship between them. Particles in the same magnetic field do the same motion even if they are thousands of kilometers away. It was revealed by experiments conducted at different locations that particles are interconnected in subatomic particle physics. This experiment shows that there is a speed faster than the speed of light.

The experiment is conducted as follows: The light emitted from the laser is passed through a special crystal. As it passes through the crystal, the photon is divided into two. Two low-energy photons are produced. On the other hand, a semi-reflective mirror is placed against the photon. A part of the photon is reflected on the mirror and a part passes through the mirror. When this experiment is conducted, the photons in other places behave in the same way at the same time. Until this experiment, according to the thesis of physics, no signal could go faster than light. They said if there was a speed faster than light, physics would end. The thesis "No signal can go faster than light" was turned upside down. The marked photons performed the same behavior simultaneously, independent of time. When one of them moved toward a direction, the others turned toward the same direction. This astonishing incident was called the incredible experiment.

All this shows that atoms and subatomic particles are subject to a divine system and that they are controlled wonderfully from a single source.

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