<
Repeat, repeat, for children to understand
The operation of an electromagnetic stationary oscillator:
The explanations are reasonable and logical, only if we admit the vector nature of space.
In the vector space, we consider a close vector current, a ring, an "electric" torus
The electric torus being vector space, induces around it a "magnetic" torus
The two toruses orthogonally connected, like two chain links,
compose a centripetal electromagnetic interaction.
This is a stationary electromagnetic oscillator, with conserved place and energy - a nucleon.
Who a traveling electromagnetic oscillator is issued and propagated:
When a nucleon receives energy from the outside, its oscillation releases the energy pulse, in the shape of an "electric" torus.
Releases a foton!
The electric torus induces all energy making orthogonally a magnetic torus and "disappears"
The magnetic torus continues the oscillation of the wave, inducing a new precise electric torus in the opposite part of that disappeared therefore, the place of the electric torus was "moved" (induced) from the back to the front, stepping in space (propagation). This is the traveling electromagnetic oscillator! - foton
Each induced torus, once translated on the propagation direction, induces transversally displaced polarity by 90 degrees, the oscillator induces therefore a rotation as well.The rotation speed is equal to half of the frequency (f / 2)We keep in mind that the foton is an electromagnetic wave, a orthogonal vector oscillator (a sphere), which is propagated in the vector space, with translation, rotation, energy, frequency and wavelength constants.
We tell children in elementary school that the foton has two feet: electric and magnetic.
Electromagnetic wave is propagated as oscillation volume and has the geometry of elongated sphere on the direction of the propagation. The volume of a foton s determined by the wave length.
Space and gravity (centripetal electromagnetic force), shows its electromagnetic nature, curving foton trajectory, proportionally to their volume (erroneously assigned interaction, ionosphere reflection)The space composes centripetal electromagnetic interaction and with it, composes, connects and makes material structures.
Some properties of electromagnetic waves:
The electromagnetic waves are a perturbation in the vector space, a string of energy quanta (Planck), of photons (Einstein), of spheres (Newton)
The sphere is an object composed of spaceand contains an vectorial oscillator with self-propagation
Not penetrates through "Faraday cage", but passes through dense substance, in relation with the frequency (the volume).
Are in accord with laws of mechanics.Interacting with the "gravitation", as other objects, but according to their volume
In drawing is observed as the vector space is stationary, only the information propagates
>