Gravity is most accurately defined by the general concept of relation (suggested by Albert Einstein in 1915), which describes gravity not as force, but as a result of a mass moving geodeic lines in a curved space caused by unequal distribution of mass. The worst example of this time-bending curve is a black hole, in which nothing - not even light - can escape once the horizon of the black hole. [3] However, in many applications, gravity is best measured by Newton's law of gravity, which describes gravity as the force that causes any two bodies to be attracted to each other, with the same size as the mass of their masses and with an equal square distance between them.
Gravity is the weakest of basic physics combinations, about 1038 times weaker than strong magnetic field, about 1036 times weaker than electrical energy and 1029 times weaker than weak connections. As a result, it has no significant effect on the level of subatomic particles. [4] In contrast, the dominant contact on the macroscopic scale, also causes the formation, formation and trajectory (orbit) of star bodies.
Current models of particle physics mean the first state of gravitational force in the Universe, perhaps in the form of gravitational force, maximum force or magnitude of gravity, and in space and time, created during Planck's time (up to 10-43 seconds after birth. of the Universe), probably from the original region, such as a false vacuum, quantum vacuum or visible particle, in a way that is not yet known. [5] Attempts to create the concept of gravity associated with quantum mechanics, quantum gravity theory, which can allow gravity to combine in a common mathematical framework (the view of all things) and other basic physics-based interactions, are the current area of research.
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