Faraday's Paradox experiment

[WilbyInebriated]

there is no need to understand these things before using them to shape the physical universe. ancient metal workers had no need to understand the molecular and submolecular complexities of their steel, bronze, copper, gold, and tin... they invented mystical powers to describe the unknown while they continued to operate their forges and wield their hammers.

[sigma16]

Advanced Power Technology makes some MOSFETs that are specifically designed to run at multi-megahertz frequencies.  They would require careful layout, active cooling, and powerful gate drive IC's (with one independent 14A gate drive IC per MOSFET).  To keep the current in the toroidal windings constant while the frequency is being changed, the bus voltage for the MOSFETS will have to be linearly related to the frequency-- this can be done manually or with further circuitry to automate the change in voltage.

The device will "spin" the aether in the immediate vicinity of the toroid.  With one toroid above the other (each spinning the aether in opposite directions), the 2 aether vortexes will be drawn together-- but because they are spinning in opposite directions, there will be a tendency for the 2 vortexes to form kind of a mini-tornado like structure in the center-- just between the 2 toroids.  This is where the aether will experience a "pinch effect", and where you might expect anomalous behavior to originate from.

It is expected that all sorts of strange things will happen at this power level, and some of them might be dangerous, so be careful if you do this experiment.  (It might be best to do the experiment using remote control, with the apparatus in a metal outbuilding far away from any dwelling).

This experiment is not to "induce electricity"-- but rather to study the behavior of the aether.  Once we figure out all of the nuances of the aether, we can worry about extracting energy from the ZPF-- but we need to know how the aether works (and why it works that way) so that we can properly engineer the equipment.  Once we understand the aether, then we can manipulate gravity, and that leads us to free energy.

OK, so straight out of the gate we have a slight problem.  Most are amateurs here and many who are skilled are bound by non-disclosure agreements.  Active cooling, careful layout, and APT MOSFETs are a little much. 

The "gravity resonance coil" posted by the TVQ Group back in the 90's didn't rotate and was fairly simple except for the toroidal shell filled with glycerin.  They used an external solenoid coil fed with 25kv DC modulated to produce anomolous effects.  100kv and 50kv supplies put this out of reach of many experimenters.

Spherics posted a tetrahedral device that rotated the aether at the apex of 4 coils and this induced current into a toroidal coil.  Pulse fequency had to be several MHZ and high voltage pulses, precise timing, adjustment of pulse width and phase between pulses.  A few started on it, but I don't think anyone ever finished.

The Hendershot Device is reported to produce an Aether Vortex, but only Hendrshot could tune it to work and as far as I know he never explained how to tune it except perhaps to the groups that he built devices for and they are not talking.

So, what is the most simplistic, crude, down and dirty easiest way to rotate the aether?

Say I got high voltage, low current supplies available and lots of wire to work with.  I know that a very fast pulse into a very long coil compresses or rarefacts the aether (negative is compression, positive if rarefaction).  This produces a field around the coil where the inductive capacity is increased nearer the coil.  This may be synonymous with gravity. If I place several coils in a circle, I could pulse them sequentially but how do I dot this?  I'll need a high voltage switch of some sort.  Spark gaps are easy but repatition rate is very low.  A DC solenoid aroung all of the coils would alter the specific inductive capacity enogh that even at low rates, the effects will be detectable.

A ring of coils, bias solenoid around them all, and a separate spark gap for each coil is a good start, but I need to set a delay for each gap to fire them sequentially or I have to build a rotary gap to do this mechanically.  High speed, accurate rptary gap requires machining, so we set that aside and look at delaying each channel electrically.

If I use a reasitor to regulate the rate that a delay line charges for each channel, then the smaller values fore more than the large values, so this doesn't work in this case.  Hmm.  I could trigger the next gap from the previous gap, but a misfire ruins everything and triggering gets tricky.  So, it kind of boils down to a passive delay for each channel of the high voltage, but what value for the delay?  A few ns, a ms?  Not exactly tunable, but you coul make delay elements with taps.  You need somewhere to start.

Suppose I set my pulsewidth a lenght of coax.  Say 5ns to keep it short.  Assuming a fast rise at the gap, I'll rise to peak voltage in 1 to 3 ns.  The reaction velocity of the aether is unknown to me, but I guess that it is very fast and the settling time may be slower, especially with my bias field keeping everything lined-up.  So, guessing, I would make a delay line of 10x 10ns elements and taps at every one.  For the last coil, this is a lot of elements even if they are easy to make.  If I can't pick up the rarefacted medium with the next coil then I have to make another "guess".

Sounds a little rough but will work with enough time and effort.

If you have other ideas, I'd like to discuss them.

EDIT:

Based on the delay in nS= sqrt (L x C) in pF and uH

To get a 10ns delay with a 10pF cap you need a 10uH coil.  Both are small values and you could make them yourself.

EDIT 2:

Keep in mind the minimum equipment required to get it all to work.  Anyone here who builds anything probably has a scope with 2 channels to 100MHz, and a DMM.  A capacitance/inductance meter is a luxury.  A faster scope is a luxury.

They probably have a power supply that is 24vdc variable at 1 amp or less, more than that is a luxury. 

High voltage supplies are easily obtainable, but they wil have to use a resistive or capacitive divider to see what is going on.  HV probes are a luxury.  HV resistors usually have to be ordered and are not just lying around.  Same for the caps and diodes to convert an AC supply to DC.

Wire is easy to get, but if the windings are too difficult, then no one will do it.  You may have to demonstrate even simple methods of making a mandrel and cranking the wire by hand.

[XS-NRG]

So, what is the most simplistic, crude, down and dirty easiest way to rotate the aether?

In order to answer this question one must understand the underlying principle of :

*what is what
*what does it do or what can it do
*when does it do that
*how does it do that
*and why does it do that
*and Etc.

Ever wondered why induction _only takes place when the fields are growing or shrinking?
Induction stops when the field is at a fixed strength no matter what voltage or current is used.
In other words, the field strength has to vary all the time.
It has been said that magnetism is a property of the aether, just as light is, so a good question would be:

Why is it incapable of transferring energy when the field strength is at a fixed strength?

Because after all that's what it does, it does not add or take energy it just transfers it from one point to another,or if you wish, temporary store it around the disturbance/polarizing generating unit.

Some will argue about field lines crossing conductors etc. however,
The answer lies in the effect that is responsible for the mechanism that will finally result in electron flow.
This effect is called a Doppler shift.
A Doppler shift can only take place when there is a variation between two or more points in space.
When things are fixed no Doppler effect is present, and when we take for example two points in space and we start to move one point closer or further away from the other, the Doppler effect shows up.

Now a Doppler effect is much like a potential difference but not exactly the same since a potential difference will cause the natural medium to respond in a way that restores equilibrium I.E energy will flow until the charge between two points is equal.
   
The Doppler effect on the other hand works differently, it is present when the field is stretched or compressed, but when it isn't moving it dissapears immediately.

[sm0ky2]

@ sigma

you can pulse the coils sequentially, by connecting them in series, and time them with sparkgaps in between.

just my 1.5 cents

[sparks]

In order to answer this question one must understand the underlying principle of :

*what is what
*what does it do or what can it do
*when does it do that
*how does it do that
*and why does it do that
*and Etc.

Ever wondered why induction _only takes place when the fields are growing or shrinking?
Induction stops when the field is at a fixed strength no matter what voltage or current is used.
In other words, the field strength has to vary all the time.
It has been said that magnetism is a property of the aether, just as light is, so a good question would be:

Why is it incapable of transferring energy when the field strength is at a fixed strength?

Because after all that's what it does, it does not add or take energy it just transfers it from one point to another,or if you wish, temporary store it around the disturbance/polarizing generating unit.

Some will argue about field lines crossing conductors etc. however,
The answer lies in the effect that is responsible for the mechanism that will finally result in electron flow.
This effect is called a Doppler shift.
A Doppler shift can only take place when there is a variation between two or more points in space.
When things are fixed no Doppler effect is present, and when we take for example two points in space and we start to move one point closer or further away from the other, the Doppler effect shows up.

Now a Doppler effect is much like a potential difference but not exactly the same since a potential difference will cause the natural medium to respond in a way that restores equilibrium I.E energy will flow until the charge between two points is equal.
   
The Doppler effect on the other hand works differently, it is present when the field is stretched or compressed, but when it isn't moving it dissapears immediately.

  The Doppler effect is natures way of conveying relative motion between two emitters of motion.  Photons or electromagnetic waves are inertia problem mitigators.  They are recognized as friction between two bodies.  Rub your hands together like your warming them up on a freezing cold day.  They warm up.  Invest the same amount of energy into swinging them around through the air at high velocity no doppler effect.  When the cosmic background radiation is monitored there is a consistent doppler increase in frequency corresponding with a 300km/sec motion relative to this field .  The blue shift arises whenever they swing the radio telescopes towards the constellation Leo even if leo is not line of sight.  Behind the Sun or through the middle of the Earth.   There is or was something really really massive and in motion that is or was altering its mass in motion parameters in that direction to create enough photons to exist almost anywhere we point a microwave telescope.  Well  if we know our true motion it is a start.   What say we suspend some mass that no longer travels in the inertial frame of the Earth.  Like free electrons in a vacuum tube.   Our collector is aligned with the Earths true vector and boom the electrons collide with a collector at 300km/sec.  It is slow compared to that of the speed of light but enough for some anomalous heating in our collection system.