At all times, people were very excited about those experiments, the results of which can have a serious impact on the formation of the scientific picture of the world. The large andron collider has become the main source of puzzles and rumors, as well as information. Just like a hundred years ago, the entire scientific community aspirated to see how the experiments on the study of radioactivity would end.
The Large Andron Collider is at the disposal of the staff of the Research Center of the European Council for Nuclear Research. This gigantic device is a huge ring, the total length of which exceeds 26 kilometers. The main purpose of the collider is to accelerate the smallest particles to an unbelievable speed. Only in order to retain and focus the beams of protons and antiprotons, it is necessary to use 1624 superconducting magnets, each of which can only work at a temperature of -271 0 С.
It is worth mentioning that the collider itself is located in the thickness of the earth at a depth of about a hundred meters. Thanks to its gigantic size, it went beyond Switzerland, capturing part of the territory of France. The complexity and complexity of its creation and operation led to the need to use the experience of scientists and builders from many countries of the world, including Russia.
The Andron Collider must provide answers to many fundamental scientific questions, including the properties of time and space, as well as the structure of matter and matter. The thing is that as a result of a wide variety of studies carried out in recent decades, the so-called standard model was created, with which you can describe almost any microprocess. This model is based on the fact that the whole world surrounding a person consists of quarks and leptons, as a result of the interaction of which there is an exchange of such important particles as gluons, bosons and photons.
The Large Andron Collider is located at the intersection of the interests of several sciences and directions at once. In particular, with regard to the standard model, he had to answer the question of the existence of the famous "Higgs boson" - the smallest elementary particle, the appearance of which in the collision of particles would mean the correctness of the physical picture of the world propagated today.
At the same time, the search for this boson, which, according to scientists, was successfully completed several months ago, is only one of the tasks facing the andron collider. Probably, the main goal of its creation was the hope of going beyond the boundaries of the physics that exists today. This is necessary, including in order to explain a number of phenomena that so far remain beyond the powers of scientists. It refers, for example, to a description of gravitational interaction, which, in turn, leads them to discuss the problem of the relationship between space and time.
Thus, the Large Andron Collider is in the center of attention of scientists from all countries and directions. The results obtained with its help have already made it possible to significantly clarify a number of the provisions of spatio-temporal theories, and also from a practical point of view to prove the possibility of the processes described in the framework of the concept of the Big Bang.
