Consequences of the symmetry of electrons, nucleons, and planets: On the rise and fall of the wave

Researchers underestimate the role of symmetry in the organization of the surrounding world. The reason is that the symmetrical arrangement of microsystems as a manifestation of a higher order in macrosystems is short-lived. Over time, the previous order in the macrosystem is violated due to the establishment of new interconnections of microsystems that occur under the influence of an increasing flow of energy (temperature, charge of the atomic nucleus, gravity of the Sun, etc.). What we are seeing on Earth is the result of hundreds and thousands of degrades that took place after it ceased to be the central planet of the Solar system. The current order in the universe is determined by the increased gravitational energy of the Sun and the appearance of a more powerful force field, which created a new generation of planets in the form of Saturn, Uranus, Neptune and Pluto. They divide the circumsolar space into 4 equal parts and represent the main form of circular symmetry. Second-order symmetry occurs when the planets of two development cycles are compared: the old ones (from Mercury to Jupiter) and the young ones (from Saturn to Pluto). However, the old planets, approaching the Sun, are subject to partial or complete destruction by gravitational interactions, which deformed the overall symmetry of the planetary masses. But in the atom, this form of symmetry, taken into account by the number of electrons at energy levels (for example, 2:8:2 or 2:8:8:2), is displayed in its pure form. Thanks to it, the author was able to classify chemical elements in a new way, which differs significantly from the previously used method.