The qualities of transfer of charge from one point to another can be quantified in three aspects..
1. Amplitude -The quantity ratio (amount of electrons to protons) in transit with the given space of transit
2. Current -The speed at which it is in transit.
3. Phase- The direction at which it were propagated.
as the charge travels in a directional path which it was forced from.. it will not only carve its path of less resistance to carry on in its dissipation.. it will also force a wave to propagate 90 degrees out from the area at which it penetrated.. like a boat sending a wake 90 degrees out of phase from its direction of destination...
What I'm trying to do is breakdown to the basic understanding of propagating a wave within a medium.. in this case electromagnetic wave and sound
Stans stationary exciters are pulsing unipolar (positive)
for this to happen we need a electronic circuit that can remove electrons out of exciter faster than they can enter from the less conductive medium surrounding the exciter
this being done will bare the results of a electric field being imposed onto the surrounding medium..
The electric field is a quantized measurement of the ratio for the disassociation of potential charges..
it in return creates a attraction and repulsion on composition of the medium in contact with the excitor..(water)
We can say that protons do not move during electrical applications (coils, transformers, etc) but this would be a lie in my opinion..
I would say that a transformer ring is the sign of a mechanical force (sound is generated by the movement of the mass)..
Mass (nucleus of atoms) also has resistive qualities when voltage is applied.
The most resistive medium to the movement of a proton is a solid medium..
things like copper, gold, etc..
not as resistive would be a fluid medium
water and gasses
the speed of electron transfer is faster then the nucleus transfer (movement) because of it sheer density for one..
so we have a resistive quality for the electrons tranfer which have to do with available hole in the electron shells
then we have a resistive quality for the protons they are more resistive to a field based on density..
the speed of a mechanical wave in a medium is dependent on the density..
the more dense the faster speed it will propagate..
the less dense the more it will be likely to dissipate and it will propagate slower..
this is equivalent to saying
sound is faster in water (more dense)
sound is slower in air.. (less dense)
so what im getting at is the fore the hydrogen atom is feeling when positive voltage is applied is equal to that of a electron? 1 proton = to 1 electron in opposite field strength..
magnifying sound has to do with getting in unison with the protons propagation in space.. since the proton is what effects our physical reality..
is it possible to resonate the oscillation of proton mass in a medium?
to the point of amplifying its magnitude (velocity of back and forth motion)
