Bloch wall disconnect and reconnect. The final design!

[sparks]

  Lots of people forget that a deacceleration of charged mass also produces vibrations.  We can steer it into a wall kaboom kabang or we can put it into a loop and let it slow down nice.

[Grumpy]

you don't want capacitance in the coil that you are exciting

[giantkiller]

@Grumpy,
I see that.
With an air core coil nothing more need be placed for storage at this stage of operation.
It would only slow the operation. Any and all detriments need to be kept away from the generation stage.
I stated using cores and tanks to include the other, older designs and attempts. We have seen those including cores of differing ilks, specific windings, LC calculations, and a mix of the aforementioned.
It really is a simple at the small TPU with the lump on the inside. That has to be a 9v snap on battery and stun gun circuit. I know of no other thing beside the Tesla transformer/stungun in that size package that would produce the effects of generation that the TPU needs.
The Smith configurations are another clear view of the simplicity.
2 loops fired in opposing directions.

you don't want capacitance in the coil that you are exciting

[stprue]

Good work GK 

Have you tested your Stungun circuite in the manner you describe?

[Grumpy]

@Grumpy,
I see that.
With an air core coil nothing more need be placed for storage at this stage of operation.
It would only slow the operation. Any and all detriments need to be kept away from the generation stage.
I stated using cores and tanks to include the other, older designs and attempts. We have seen those including cores of differing ilks, specific windings, LC calculations, and a mix of the aforementioned.
It really is a simple at the small TPU with the lump on the inside. That has to be a 9v snap on battery and stun gun circuit. I know of no other thing beside the Tesla transformer/stungun in that size package that would produce the effects of generation that the TPU needs.
The Smith configurations are another clear view of the simplicity.
2 loops fired in opposing directions.

What you are looking for is that when you "interupt" a magnetic field, a force appears perpendicular to the magnetic field.  This force is synonymous with the force produced by the radiant event and this force transfers momentum from the interupted field to the ions in the collector and results in current.

If the collector is parallel to the mag field, you get cold current. 

Parallel and perpendicular are a little subjective, so not every configuration we dream up will produce the desired result, if any result.


Until recently, I thought that Sweet's VTA either couldn't work or would never be deciphered.

Take a look at it, the later version with one magnet (conditioned to create a radial mag field), and three coils, one per axis X, Y, and Z. 

Z coil is excited, Y coil is used for levitation and not power, X collects current and delivers it to a load.  I'm guessing that there is a lot of cold current due to the radial mag field being parallel to the collector coil across the face of the magnet.  the radial mag field is also perpendicular, hence you get conventional current too.

Not sure, how he gets levitation with the other coil.