2n²: The formula that fooled everyone in deciphering the atomic model

The number of electrons in each shell of an atom is expressed by the formula 2n², where n is the shell number.The big question: What is the reason for this formula? Why hasn't anyone investigated the origin of this formula?The formula that explains the basis of nucleus formation and you easily ignore it. You easily ignore Kepler's laws. Where do they come from?Unfortunately, the formula for the number of electrons in each atomic shell is not 2n². You were surprised, but it is true. And you have encountered a major scientific error in deciphering the beginning of creation.The formula for the number of electrons in each shell is something else. This formula is intertwined with the formula for Kepler's third law. That is, during the formation of the nucleus, a formula is obtained that jointly and simultaneously expresses the number of electrons in each ring and Kepler's laws.

And I came to this great discovery.

(Kepler's third law states that the ratio of the square of the orbital period of a planet (space body) to the cube of its semi-major diameter is constant for all planets (space bodies) orbiting a star (parent body). This law is valid for all space bodies with and without a nucleus. For example, this law applies between a planet and its moons and even the rocks that orbit it.).In my great discovery of nucleus formation, the formula for the number of electrons in each shell was combined with the formula for Kepler's third law. The great surprise is that nucleus formation went towards this formula and I had no involvement in it.

For example: In my atomic model, there is only one electron in the first ring and this does not correspond to the formula 2n².

Between the regular numbers, several formulas can be made that correspond to their relationship. In the formation of the nucleus, a formula is considered that combines with Kepler's third law and is not 2n².

You will never find the answer. Because I have used several tricks in it. My luck was excellent.