File:Періодична система елементів в 3d моделюванні зовнішнього електронного шару.jpg

English: The static theory of the structure of the atom, or the model of the atom (Chukichev D.V. 2014) (Ста́тика (from the Greek στατός, "immovable") - the basic model of the atom, based on the static position of electrons in the atom due to the combined electromagnetic forces of electrons. Based on because the electron is a complex, combined dipole structure arising from the fusion of elementary carriers of both positive and negative charges. the charges do not annihilate, but retain their physical properties, creating sectors of negative and positive magnetic fields. At the same time, the total conventional charge of the dipole electron is -1. Electrons interact with each other, attracted by different poles of magnetic fields, until the same magnetic fields of different electrons stop. convergence, both between the electrons themselves and between the electrons and the nucleus of the atom.Thus, the volume of the atom is created from the combination of the voltages of the different magnetic fields. These fields align the locations of electrons around the nucleus in the form of electron layers (spheres). These same magnetic fields of electrons of different atoms create chemical and physical interactions between atoms in the form of molecules, crystal structures, aggregate states, etc. The static structure of an atom is a self-regulating stable structure with a balance of electromagnetic forces, where the charge of the nucleus is equal to the number of electrons. The static model of the atom falls under the laws of classical mechanics, eliminating the inventions of quantum physics, which invented more and more new postulates to somehow justify the volume of the atom.