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[BEP]

Now, how do we create the displacement current region and rotate it?

I suppose we could try the !Wilson-!Wilson effect  (In many older programming languages the Bang or exclamation point signified the 'NOT' operator or inversion of logic)

If it was possible we would wish a truely rotating magnetic field(around its own polar axis). If we had one we could just wrap a coil, in a poloidal way and center it on that spinning magnetic field. No back drag - the ultimate answer for a N-machine - all that good stuff.

If you spin a dielectric disk in a static magnetic field you have potential build on the disk.

So, negate the logic.

Apply a potential to a stationary dielectric disk to create a rotating magnetic field (a real one - not another pretend one like in motors)

Even if someone tries this they should understand this potential you are applying must be the same as a displacement current. In displacement current the magnetic and electric(properly said 'dielectric') are not out of phase from one another.

[Grumpy]

Vacuum is already a dielectric, even when polarized.

If polarization of the vacuum causes some sort of contraction or expansion then we can move the vacuum itself.   Going out on a limb, the expansion or contraction has already been verified by the work or Francis Nipher and others.

It does not have to actually move, just appear to move, so the "change" must propagate.

I can not find the reference now, but displacement current "spin couples" to a magnetic field - vertical - north up - compare to rotation of electrons in a magnetic field.

Since the earth/sun/solar system magnetic field is variable and fairly weak, we need a static solenoidal field.  This will increase the energy of the dis-cur through spin coupling.

We can collect with capacitive plates like Wilson, or we could use a toroid if we put a twist to the field.  A radial magnetic field within the region of the displacement current and the static dc field, will add a moment to the rotating region, causing a twist.

Recall that Tesla produced explosive radiant events with fast changes in polarization.   He mentions that the coils must be of low self capacitance and high self-inductance for magnification of potential.  Makes more sense after reading those recent papers.  Brooks coils have these features and have a sort of square cross section.  A series of Brooks coils in a circle, with a dc field in the same space, should produce our monstrous shockwave of displacement current, and sequentially triggering these coils should produce our rotating region of displacement current.  then we just need to time everything to couple together and cause the electrons to move in the conductor.

Polarization current (displacement) is proportional to the rate of change of the polarization.  So, HV is "required" for maximum polarization and a fast switch, such as a avalanche diode or transistor or a saturable reactor would work great in this case.

[BEP]

and sequentially triggering these coils should produce our rotating region of displacement current.

Sorry, I can't agree with this quoted part. Triggering magnetic fields in sequence will spin a motor rotor but not a static potential. The only thing that can change a static potential into a current (moving charge) is to spin the disk or the magnetic field containing the disk.

From there it is the fault of Lorentz.

So, the setup I described would look identical to these little toroids.

[giantkiller]

I have a set of those.
The white wires go out to the rings. On mine I have windings on them as the larger wire goes around once of the spool. The idea here is to bias the bigger loops and shock that field with the smaller coils.

Agreed?

[Grumpy]

Sorry, I can't agree with this quoted part. Triggering magnetic fields in sequence will spin a motor rotor but not a static potential. The only thing that can change a static potential into a current (moving charge) is to spin the disk or the magnetic field containing the disk.

From there it is the fault of Lorentz.

So, the setup I described would look identical to these little toroids.

No.  the static magnetic field is just that "static".  Pulse the long coils in sequence as the displacement current is not steady.  Lorentz does not apply here.  Move the potential (polarization) not the magnetic field.

If you increase the spin of electrons, then you have increased their energy.  Something has got to give to balance the system.

Just like what happens along a wire, except with a twist from the mag field to kick the energy up a little.

Tesla is smiling...



It will work.

We've talked the talk.  Do we dare walk the walk?