The TPU uncovered? (A PROBABLE technique.)

[sirmikey1]

Otto,
   Thanks for the feedback on the topic.
Set you free, I was referring to the grid.
Mike

[sparks]

    The quarter wave gives you more bang for the buck.  I edited the diagram below to show the quarter wave catalyst. The rest of the chart is influence on aetheric energy distribution within the mass field.  It also shows a dc flow along the axis.  The circles represent natural heat or energy vortices.  The lines are vectors created by charge intelligence or dielectric information.  The dc bias flow fights the natural mass field resonance as represented by the green arrows whereas the quarter wave is tuned to the mass field resonance.  The purple line is 1/2 wave and as can be noted is a waste as you get the same effect from the quarter wave without the energy expenditure.

[Michelinho]

@ Paul

I was explained today about an ac electric motor used in a phonograph that is strangely constructed (for me until).

The rotor is a laminate with a big coil on it. To control the rotation direction and make sure it always turn in the same direction, they stuck copper rods at specific place in the laminate. They create a "late" magnetic drag just for that purpose.

Does that relate with what you are doing electronically with coils?

Thanks,

Michel

[Michelinho]

Re:

The newer versions have the coil outside and the copper wires each side of the rotor to affect the rotation.

Take care,

Michel

[Michelinho]

From the Nathan Stubblefield thread:

Hi all,

I tried a NS cell in tiny tpu format, much simpler to wound.

Coil:

8 feet steel strap 1/4" wide (measuring tape blade stripped and heated red for faster rusting).
8 feet copper tape 1/4 wide with glue on 1 side. (50% efficiency until glue is denatured)
8 feet cotton insulator sleeve on steel strap.
Duct Tape for sealing. (Red Green Stuff)  Grin
I.D. 1 3/4"
O.D. 2 1/2"
Height: 3/4" with cotton and duct tape.

Did not check the amp.

Initial potential: 0.313 Vdc
24 hrs later: 0.588 Vdc
Recovery from short takes about 1 min to 0.588Vdc.

Looks promising for the larger unit which will have a mass about 100 times larger. That's next week.

Take care,

Michel


EDIT: Just for fun I hooked a 9V battery on the cell and guess what? 1.5 volt so far, pure galvanic action. It slowly went down when the battery was disconnected and stabilizing at around 0.615V.