Atom - structure of vector currents

Atom - structure of vector currents
The space has a the structure of vectors orthogonal (electromagnetic)
The structure it is organized in orthogonal vector oscillators
The oscillator is composed of two vector currents, I1 and I2, connected orthogonally (electromagnetic).
For the I1, I2 is its voltage (U1, magnetic field) and conversely, for the I2, I1 is its voltage (U2, magnetic field).
The energy of the oscillation (on a period), must be the product 2UI, constant for any wavelength.
The current variation of oscillation is "the variable field" found to by Faraday, a component of the vector interactions centripetal and half the energy of a period - UI (comparable to Planck's constant)
In the spectrum of vector oscillations, the oscillators multiplies the energy: with number of periods per unit time - with the frequency.
Obviously, into frequency, is and their energy of interaction.
The interactions in the vector space, are vector and direct.
The interactions are centripetal (and centrifuges).
The centripetal interactions (the gravitation) of the universe and its galaxies,; can produce the illusion of expansion of the universe.