Steven Mark`s TPU

[Merkhava]

This is my guess for TPU setup.

I think about magnetic fields like spinning gears and pulley belts. So I arrange my field spins to mesh together just like a mechanical system of gears and pulleys do. So the power shaft can turn to properly transmit power.

Litz wire cores are my power output "shaft". Control coils are my "gears".
Magnetic fields are my "pulleys and belts". Maybe torsion fields are spinning too just like they do around heavy flywheels?

Each of the three harmonic control frequencies provide a resonant impulse to the system just enough to keep the central, the top&bottom, and the outer magnetic fields spinning.

You all are welcome to copy, use or piggy-back off these ideas as you desire. I have no care at all for any credit.

Merkhava

[Gustav22]

Hi BEP

@Gustav22

By all means please confirm your own ideas. However, I have many wire antennas in use. None are made of woven wire because the interleaving hinders performance at the very low frequencies. The only time it works well is when it is not a weave like a rope but straight as in well combed hair. This is true for transmission line (twin-lead) or antenna elements. The most noticeable difference is the noise level. Whistlers do much better with straight wire.

I accept what you say, especially when viewing the collector as a normal antenna to pick up normal EM signals as the secondary of a transformer does.

But I think there is an additional effect at work.It is difficult to pin it down, but it has to do with means to alter self induction which people touch on here:
http://www.overunity.com/index.php/topic,3913.msg72773.html#msg72773
(and following postings)

This effect may possibly be used as described here:
http://www.geocities.com/nayado/
(i.e. by placing such a coil in an electro statically charged area)

I think a similar effect - i.e. bringing down self induction - can be achieved by braiding wire strands.
Then place the resulting conductor in an electrostatic field (as the collector turns are placed in the TPU).
OK, electrostatic is the wrong wording, since the field in the control coil (i.e. where the TPU collector is positioned) is not static ...
I obviously have difficulties ...
I do not have a concise understanding of this yet, but will let you know when I do.
;-)

[ronotte]

@ dfro, Otto,

//T H A N K S

Roberto

[otto]

Hello all,

@Roberto

whats going on?

Otto

[ronotte]

@Otto,

I'm feeling happy!  as I'm seeing what I dreamed to see since a lot of time.
Do join me asap.

Roberto