The bifilar pancake coil at its resonant frequency

[evostars]

As I tried to explain here, the bifilar coils are really special - but not because their magnetic field of their windings compensates and zeroes itself at distance - because this is exactly what we can expect even in Maxwell's theory. It's due to fact, they compress and squeeze the vacuum fluctuations, not just reorient them - so that they radiate scalar A-field. This aspect they have in common with partnered bucking coils, the magnetic field of which also point toward each other. One aspect of this deform of vacuum is, it allows single-wire transfer in form of evanescent waves (which also have scalar component). Even more importantly, it allows the anapole field propagation, which is required for overunity and draining the energy from vacuum into account of variable speed of light and energy propagation. Because only the squeezing of vacuum fluctuations is what changes the permittivity and permeability of the vacuum.

Normally the vacuum fluctuations behave like the pieces of jelly: if we squeeze them, then they expand in another perpendicular direction - which is what initiates the simultaneous propagation of electrostatic and electromagnetic fields, as predicted by Maxwell theory. But this kind of deform is not what actually changes the properties of vacuum fluctuations, because the volume and concentration of vacuum fluctuations doesn't really change during it - they just change their orientation and shape.

I have to look up what you are talking about, it sure sounds interesting.
for me it it clear that compression / implosion of the ether is important, thats why i started using 3 bifilar pancake coils (tesla style). hooked the  top and bottom in series,  so the counter winding fields would compress in between them.  my 3rd coil in the middle was in the compression zone, to collect.
after a while i reversed the process. pulsing the middle coil,  and collecting from the top (north)  of the series coils.

[Zephir]

The experiments are indeed important - but you should have at least clue, what you should expect. The bifilar coils should by used like the collectors of energy - but not like the driving/inducer coils, where the classical coils must be used instead. This is because in bifilar coil the magnetic flux gets compressed BETWEEN wires of their windings, not OUTSIDE them - so it has no meaning to place another coil there.

Actually many overunity devices, like the Steven Mark's TPU or classical MEG of Thomas Bearden are constructed in similar way: they're composed of pair partnered/bucking coils running in opposite polarity and they collect the surplus of energy from central part, where mutual collision of their magnetic fields/i.e the compression of vacuum fluctuations occurs. Because the excessive energy is scalar, the bifilar coils or partnered coils are used for it. This is essentially a scalar wave transformer running on changes of size of ferromagnetic domains instead of their orientation, like normal transformers. Even the seemingly unrelated devices like the generator of Infinity SAV Team work in this way. This construction is apparently derived from much older Bedini's bucking field energizer: its rotor moves neodymium magnets around ferromagnetic cores of bifilar coils in stator and the output energy is drained from stator coils.

[evostars]

The experiments are important, but you should always have at least clue, what is going on. The bifilar coils should by used like the collectors of energy - but not like the inducer coils, where the classical coils must be used instead.

Actually many overunity devices, like the Steven Mark's TPU or classical MEG of Thomas Bearden are constructed in similar way: they're composed of pair partnered/bucking coils running in opposite polarity and they collect the surplus of energy from central part, where mutual collision of their magnetic fields/i.e the compression of vacuum fluctuations occurs. Because the excessive energy is scalar, the bifilar coils or partnered coils are used for it. This is essentially a scalar wave transformer running on changes of size of ferromagnetic domains instead of their orientation, like normal transformers. Even the seemingly unrelated devices like the generator of Infinity SAV Team work in this way. This construction is apparently derived from much older Bedini's bucking field energizer: its rotor moves neodymium magnets around ferromagnetic cores of bifilar coils in stator and the output energy is drained from stator coils.

Very interesting, Related to this is this video:
https://youtu.be/WkVC7lqc--0
What you see is a ferro cell, it is a ferrofluid in a penetrating oil, with a ring of lights surrounding it. It perfectly show the magnetic vortexes.

This video shows the new vortex created, when magnets are held close together. The strongest vortex that appears is in repulsion. It clearly shows 3 poles. Three!   

[Zephir]

It clearly shows 3 poles. Three!

The black spots at your video aren't poles strictly speaking - just areas, where the magnetic fields of two magnets compensate mutually. The scalar A-field is weak and it cannot be demonstrated in this way, as the places where two or more magnetic field compensate mutually wouldn't differ visually from places of plain absence of magnetic field in your device. But if you would look at the scalar field with microscope, you could see, that the particles are moving faster there (Brownian noise gets more intensive there).

How the scalar field can be proven and studied after then? The very scientific way is Juday-White warp field interferometer, which detects the minute changes in speed of light between bucking coils or magnets in repulsive arrangement. But these changes are very minute and from practical perspective even useless, as we are more interested about motion of charged particles, like the electrons in electrical circuits. The compressed vacuum exhibits time compression and these particles are therefore propagate faster and their thermal noise gets enhanced. And this is actually what can be already measured with semiconductor junction of small area (pin-diode), so that this noise cannot get averaged so easily. Actually we can see, that the diode is serving like the weak source of power between magnets, i.e. like the electrosmog harvester.

Another method is dynamic and it utilizes the Barkhaussen noise. The increased scalar noise of vacuum decreases the activation energy for reorientation of magnetic domains, so that less Barkhaussen noise is actually detected, when the magnetization of ferromagnet is changing regularly.

[MileHigh]

As I tried to explain here, the bifilar coils are really special - but not because their magnetic field of their windings compensates and zeroes itself at distance - because this is exactly what we can expect even in Maxwell's theory. It's due to fact, they compress and squeeze the vacuum fluctuations, not just reorient them - so that they radiate scalar A-field. This aspect they have in common with partnered bucking coils, the magnetic field of which also point toward each other. One aspect of this deform of vacuum is, it allows single-wire transfer in form of evanescent waves (which also have scalar component). Even more importantly, it allows the anapole field propagation, which is required for overunity and draining the energy from vacuum into account of variable speed of light and energy propagation. Because only the squeezing of vacuum fluctuations is what changes the permittivity and permeability of the vacuum.

Normally the vacuum fluctuations behave like the pieces of jelly: if we squeeze them, then they expand in another perpendicular direction - which is what initiates the simultaneous propagation of electrostatic and electromagnetic fields, as predicted by Maxwell theory. But this kind of deform is not what actually changes the properties of vacuum fluctuations, because the volume and concentration of vacuum fluctuations doesn't really change during it - they just change their orientation and shape.

Well, the compass needles don't move because they are in a high-frequency AC magnetic field.  So the "shaking" of the compass needles is so fast that the needles don't respond.  In fancy terms the compass needle is a low-pass mechanical filter that will not respond to the high-frequency AC torque induced on it by the high-frequency AC magnetic field.  The same principle will apply to any type of coil, it does not have to be a pancake coil.  There is nothing remarkable demonstrated in the clip.

As far as pancake coils go, we know that each loop of the coil will generate a doughnut-shaped toroidal magnetic field.  The larger the loop, the larger the dimensions of the toroidal magnetic field.  We also know that for any point in space around the coil, you can do simple vector addition (magnitude and direction) for the magnetic vector supplied by each of the toroidal magnetic fields which come from each of the wire loops.  Depending on what point in space you are considering, there will sometimes be a considerable amount of magnetic vector subtraction (magnetic field self-cancellation).  Points that are farther away from the pancake coil will see mostly magnetic vector addition.  Whenever you have magnetic vector subtraction, that represents a lowering of the inductance of the coil because the magnetic fields are cancelling each other out.

Here is a nice little clip showing the vector addition and vector subtraction of the magnetic field for the case of two parallel lengths of wire:

https://www.youtube.com/watch?v=C0FbuTBd26s

Sorry to tell you this, but this simple explanation trumps your word salad of vacuum fluctuations, the scalar A field, and anapole field propagation.

Who would have thought, eh?  A pancake coil is ultimately just a coil, a length of wire that is in a certain shape that has the property of inductance.  I mean you could take a length of wire and bunch it all up in your hands so that it becomes a random compressed mangled mess of wire and it would still have a measurable inductance and still obey the fundamental magnetic field property of vector addition.  You could study this random bunched up mess of wire on your bench and measure its inductance.  Heck, you could even carefully wrap some wire around a plastic toroid that you get from a children's toy and create what's called a "Rodin coil."  This "Rodin coil" would simply exhibit the property of inductance no different from a random mangled bunch of wire.

Isn't science and rational thought wonderful?

MileHigh