Vector energy density spectrum.

Vector energy density spectrum. Existence are the vector properties, which manifest through their interactions called energy, becoming microscopic objects, hydrogen atoms. The structure of the hydrogen atom represents the vector energy density spectrum of the orthogonal - "electric and magnetic" circuits. Electricity and magnetism: being structures of vector properties - energy. The attractive forces in
the orthogonal circuits alternately compress, one around the other, establishing
a balance between the variable, kinetic state and the solid, potential state, the
nucleus without oscillations - the spectrum of the hydrogen atom. The atom
thus becoming an "electromagnetic" oscillator, a spectrum of frequencies.; Obviously, the energy of the atom is the potential state of the density spectrum.
In the absence of kinetic-potential balance, the spectrum becomes only kinetic.
Open vector polarities from the axes of orthogonal circuits, unites the interatomic
vector circuits, forming structures of atoms. In the multitude of hydrogen
atoms, when the interatomic bonds close an electric circuit, simultaneously,
interatomic magnetic circuits close around it. And again, the attractive forces
in each orthogonal circuit compress around each other, forming a macroscopic
body, a star. In the structure of the star, the vector energy density spectrum
has its maximum density and pressure in the electric core, at zero Kelvin.
The nucleus is generated by the attractive forces in the electric circuit and by
the pressure of the attractive forces in the magnetic circuits. The pressure of
the attractive forces from the magnetic circuits transforms the atomic circuits
into vector circuits, the star becoming a core without a gas sphere, a black hole.