Magnetic mechanical Resonance ideas

[guest1289]

In the following ,  I incorrectly refer to conductors emitting photons,  I only type that to make it easier to understand .

The motion of the electrons creates the magnetic-force in permanent-magnets  and  electromagnets .

   [    I got it wrong a 2 days ago,  I thought that the electrical-current in a conductor,  which causes the conductor to emit photons ( or the material that photons are made of,  you can't see it since it is at a different frequency to light, and may have other different properties ),     I thought that that emission of material is what the magnetic-field is composed of.  So I could not understand how permanent-magnets  work,  they have no reason to emit the photons( or the material that photons are made of  .    ]

     However,  I just remembered that an electron has an  electric-field,  and when the electron spins in orbit,  it must magnify or multiply the field,  or something else resulting from it's motion.
     So,  what happens in the electromagnet is that the electrical-current merely polarizes the electron spin orbits in all the atoms( or the atoms themselves ) in the conductor ,   merely turning the conductor into a temporary magnet .
      So,  now I understand how a permanent-magnet  works,   the field is made of the spinning electric-fields of the the spinning-electrons,  ( the orbits of all the atoms are polarized ),  and,  isn't the  electric-field  and  the  magnetic-field  unified  in  the  'theory of relativity'  or another of einstein's  main  theories,  I think it is the   'theory of relativity'  .

(  I knew it before, but had forgotten it )

   [  UPDATE :  I also just remembered, or I could be wrong,  that electrons give of a photon( or the material that photons are made of ) as they go from one energy-level to another energy-level( eg. from a low altitude orbit to a high altitude orbit ),  and I wonder how often they give of these photons( photon material ),  because the electrons and the atoms-core must be hit by photons( photon material ) very regularly,  so  I guess that either,   the electrons-electric-field works by the emission and receivable of photons( or photon material ),  or it's not connected to the   electrons-electric-field    ]

[Berto3]

From now on I have to do the self running test of the EM Resonator. For that reason I use super capacitors.
Watching the diagram, you see beside the 6V battery 3 super caps ,of 3F-2.7V each, in series.
When the capacitors have a higher voltage than the battery, the diode stops the flow back to the battery.
Beside that the battery does not feed the circuit anymore, the current meter drops to zero miliAmps.
The resistor of 39 ohm reduces the current by recharging the capacitors. When the capacitors are charged,
the circuit runs now for about half a minute before the voltage drops below run level.
The Royal Art of the alchemist is, to spin solely on the capacities. The art is to improve the generated output.
We live in interesting times... says Nicolas Flamel. From now on I must persevere and be patient.

[TinselKoala]

If you really want the magnet assembly to oscillate at the true mechanical resonant frequency, you should consider using some kind of sensor (Hall effect, optical, pickup coil, etc) that will trigger the first stage of your Schmitt-trigger NAND chip from the actual motion of the magnet, rather than having it controlled by the RC oscillator's variable resistor. This feedback loop will then assure that your assembly automatically seeks and maintains oscillation at the self-resonant frequency. I'd suggest keeping the pulse-width control in place so that you can "trim" the power supplied to the solenoid for best performance.

http://www.youtube.com/watch?v=jGmbN1CzmsQ

[Berto3]

@ TinselKoala, nice linear piezo impact generator video! Thanks for the hints. In part 3 of my video blog you can see the use of reed switches
in the first resonator. I agree that this feedback works fine to keep the fixed magnets in tune. In the vertical resonator I explore
the interaction between the 'free flying' magnets. For that reason I prefer now a 'fixed' pulse oscillator because the wide sweep of frequenties.
Yes, the pulsewidth powertrim is an important tool. Nice to chat with an insider;-) Maybe I can use the generator coil as feedback sensor.
Did you, after the MescalMotor, go on with experiments on a linear system? I think linear systems are not quite explored. Making and testing
a linear motor-generator device is more easy than rotational systems. Also the sound feedback is of a different kind. Berto

[how2]

Earlier, you  tried to detect if the  magnetic-fields  between  2 permanent-magnets,   move( are dynamic ),  using a field-viewer.

It may be that the  2 magnets  would  have to be far enough from each other,  for their  magnetic-fields  to sometimes join up,  or collide,  depending on whether it is N-S,  or N-N.

The reason I am thinking this is because of  http://physics.aps.org/story/v9/st30
_________

Also,  two magnets bouncing against each other using repulsion( without touching ),  could they possibly be inducing a small electric-current  in each other,  and as a result of the electric current,  could their  magnetic-field   increases  slightly ( like pulsing a magnet ),  a possible source of  free-energy( or not ) .
   (  I am putting this in a different thread,  because I have some unusual similar questions )