I would like to propose an idea of circuit dynamics based upon
the action of a Spring and what it takes to oscillate it.  In a spring
you must time your strikes in order for it to resonate, as is well
known. Using an LC circuit to oscillate at its resonate frequency
is the most efficient you can make the circuit.  My thought process
is to extend past the resonate frequency by changing the capacitance
of the circuit in a linear function after each pulse to the coil.  When
you pulse a transformer core you change the inductance of the circuit
but we always leave the capacitance the same, but if we changed the
capacitance to restore the same circuit to its original circuit parameters
we may have an magnifying effect. 

My spontaneous thought about this is that if you up, or down, the capacitance in the circuit, you'd "only" be changing the resonance frequency accordingly, I really don't see anything more spectacular than that happening.
Prove me wrong instead, build such a simple circuit and show me ;-)

In retrospect I am going for a different approach to the experiment.  Instead of inducing a pulse to the transformer
I am going to change the capacitance by using two metal plates and varying the space between them in an
oscillation while charging the capacitor plates with hv static charge on the outer stroke and on the compression
stroke it should induce a charge in the inductor.

If anyone would like to comment upon another idea i have contemplated.
Tesla's Transformer, If we used a permanent magnet to almost saturate
a magnetic shield separating two coils then pulse the primary coil to bring
the shield to saturate with a pickup coil on the other side of the shield would
we get a blast of magnetic flux passing through the shield with only a small
pulse to the coil?

Quote from chuff1 on July 12th, 2015, 02:06 PM

If anyone would like to comment upon another idea i have contemplated.
Tesla's Transformer, If we used a permanent magnet to almost saturate
a magnetic shield separating two coils then pulse the primary coil to bring
the shield to saturate with a pickup coil on the other side of the shield would
we get a blast of magnetic flux passing through the shield with only a small
pulse to the coil?

A very simple experiment using a PMH coil can answer your question.

you can have a primary and secondary coil in a PMH..
usually the effects observed so far are as follows.

#1 upon momentarily energizing coil; a flux path  will be "trapped" within the core .similar to your proposed permanent magnet.

#2 further application will saturate the core.

#3 a mechanical break in the core will release the flux energy.

A permanent magnet will resist change.

The idea with a PMH is you can "store" large quantity of flux and then release into secondary coil with small pulse.

I have been pondering a plasma confinement by using sound waves in a resonance chamber?  Example: would  be a ring of plasma in the confines of standing air waves, like a ripple in a pond. Within the troughs there would be a kind of vacuum and the peaks being a concentration of molecules as your dielectric barrier from the last trough thereby isolating multiple sections of chargeable medium.  Any one care to add?

Quote from chuff1 on July 11th, 2015, 08:56 AM

In retrospect I am going for a different approach to the experiment.  Instead of inducing a pulse to the transformer
I am going to change the capacitance by using two metal plates and varying the space between them in an oscillation while charging the capacitor plates with hv static charge on the outer stroke and on the compression stroke it should induce a charge in the inductor.

What you want to do is pump the charge density.

See the following video. Start at 1:01:27 (near the end) and pay close attention to what he says about Trump at MIT. It's about the non-linear multiplication of energy - small input and much larger output. You might then back up to 54:30 and watch the lead in.

Free energy

Quote from chuff1 on July 15th, 2015, 10:19 PM

I have been pondering a plasma confinement by using sound waves in a resonance chamber?  Example: would  be a ring of plasma in the confines of standing air waves, like a ripple in a pond. Within the troughs there would be a kind of vacuum and the peaks being a concentration of molecules as your dielectric barrier from the last trough thereby isolating multiple sections of chargeable medium.  Any one care to add?

kind of like tesla's oscillator correct? but the gas he used was steam

Quote from chuff1 on July 15th, 2015, 10:19 PM

I have been pondering a plasma confinement by using sound waves in a resonance chamber?  Example: would  be a ring of plasma in the confines of standing air waves, like a ripple in a pond. Within the troughs there would be a kind of vacuum and the peaks being a concentration of molecules as your dielectric barrier from the last trough thereby isolating multiple sections of chargeable medium.  Any one care to add?

So, sort of like this but in a confined cube?

Sound frequency changes physical location of sand

@kenssurplus: The video you posted I have analyzed and come to the conclusion that the
waveforms made in the sand is mere patterns created because of the wave reflecting off
the sides and back to the middle and being the plate is square it creates those interesting
shapes that of which are standing waves in a 2d medium. What i want to do is create
a circular 3d toroid of air using a circular tube waveguide for the air to create voids for
example i have a Patent here using the principle idea: "http://www.google.com/patents/US5511044"
 

While I was reading some of his other patents this one caught my eye "http://www.google.com/patents/US5637946". It is a patent for a device for creating energy from thermal.  If you modify this a small amount by putting this device into a vacuum tube having the pointed electrodes
facing a dielectric and a heat emitting cathode then my friends you would have the device used by T Henry Moray to create
energy from the vacuum.  Look at the capacitor tube in his patent "http://www.google.com/patents/US2460707" and make the
comparison. 

I have had another idea to share, and to get some input.  Say you have a flat pancake coil of Tesla's,
It produces a magnetic field from the center out to the edge.  By taking a coil wrapped around a
metal core such as ferrite and placing it across the flat coil, one end of the coil facing inward the
other facing outward. An example of the setup would be a pizza after its cut.  The cut lines being
representative of the cores and the pizza being the pancake coil.  Will this setup not induce back
emf due to it being at 90 degrees out of phase with the induced current.  Because the pancake coil
creates two fields, one from center to outer and another from top side of coil to bottom side.

I wanted to share this very informative document that is easy to understand
the unlimited potential of Magnetohydrodynamics and apply it to further the
Cause. http://www.arvindguptatoys.com/arvindgupta/jppsilencebarrier.pdf