Hairpin Project

[Magluvin]

One thing about using a using a unidirectional gap, at least to start, is to at the least gain experience with the cold electricity to more understand what we are dealing with. From what I know up till now, just from a lot of reading, is that the cold electricity will light an incandescent bulb and lighting the filament, not the gas or vacuum in the bulb.
This is a hard to believe statement. We are shown all these incandescent lights, neon tubes glowing and told what static is along with demonstration, yet "radiant electricity" will light the filament if 2 people were the conductors from the source, and they feel nothing, not a tickle. This is the alternative electricity that Tesla discovered. No electron flow. We cannot feel it because it travels over our skin, not through us, wont even feel the tiniest. No electrons. Try the 2 guys with a lights the filament of the light bulb the conventionals way and ask them if they feel it or with any of those examples I suggested, and ask if nothing was felt, not even the initial spark when making contact. Ive touched it all, even the ole 9v bat on the tongue. =]  A 6 v lantern bat, even though the voltage is lower, you may have a burnt taste in the mouth for a few days. :p or a hand held tesla coil tatoo, looks like the arms of Qui Chang Kane from kungfu for at least a week. And all types of electric shock, but I cannot say that I have experienced an electric condutivity to my body that I did not feel, especially high voltage.
Put a coil of wire on top of a plasma ball and put your finger near the tip of the wire, there will be a seemingly continuous spark and the distinct smell of burning of skin. and the wire or coil has no electrical contact. Inductive but mostly capacitive. But those burns are caused by electrons, not the force that makes them flow, the cold electricity, and that is what we are looking for. It will light the filament, it will turn a motor, it will run anything electronic, but it wont hurt you.
There is a theory that there is 2 elements that are missing from the element chart that are lighter than hydrogen, If you look at the first 2 vertical rows where hydrogen sits is where they should be. It is said that they are able to move or penetrate through everything. And its believed that this "gas" is where the energy is available.

Magluvin

[sparks]

  Back to the hairpin.  If we induce a soundwave into a metal what happens.  Would there be more electrons bunched together at one spot than another.  Polarizing portions of the metal.  Then it would be very easy to capacitavely couple the load lights to the portion of the hairpin that has greater  CHARGE than portions of the hairpin that have less charge.  Not directly attached to the copper with a good connection but connected to the copper with a dielectric in between.  By creating a harmonic oscillation within the conductor resonant cavity then we would get twice as many spots to capacitavely couple loads to the wavefield.  If the waves go to the end of the resonant cavity and are reflected then we are able to pull load from the oscillator without disrupting the standing wavefield.  This will enable work to be done without damping the primary oscillator.  The oscillator excited will ring indefininitely and do work.  Tesla built a better oscillator when he did the coil capacitor or bifilar wound pancake coil.  Inductor and capacitor were one.

[sparks]

@Mag

The reason they arent there is because of the planck constant.  This combined with the speed of light constant is a great scource of confusion.

[resonanceman]

  Back to the hairpin.  If we induce a soundwave into a metal what happens.  Would there be more electrons bunched together at one spot than another.  Polarizing portions of the metal.  Then it would be very easy to capacitavely couple the load lights to the portion of the hairpin that has greater  CHARGE than portions of the hairpin that have less charge.  Not directly attached to the copper with a good connection but connected to the copper with a dielectric in between.  By creating a harmonic oscillation within the conductor resonant cavity then we would get twice as many spots to capacitavely couple loads to the wavefield.  If the waves go to the end of the resonant cavity and are reflected then we are able to pull load from the oscillator without disrupting the standing wavefield.  This will enable work to be done without damping the primary oscillator.  The oscillator excited will ring indefininitely and do work.  Tesla built a better oscillator when he did the coil capacitor or bifilar wound pancake coil.  Inductor and capacitor were one.

Sparks

I do not see how standing waves can help us with  the hairpin
For standing waves to work  we would have to have a VERY large  hairpin or use extremely high frequency


gary

[jeanna]

Gary,
I am curious to know what you are doing and how you are changing the Karl Palsness replication of version um 2, I think, of the 3 possible pix?

Are you using that one?
Are you using the one that is open at all?

Karl said the horseshoe is safer, so that is my bet, but I am always curious to see how someone makes a new build interpretation.

thank you,

jeanna