Lords of the Ring

[Motorcoach1]

@ grumpy gee arn't the 2 toriod windings in the middle of SM's 15 in TPU magnetic IRON on top of a aluminum heat sink ( bounceing magnetic feild ) that's in atomic strctures causes harmonic fields (rubbing together makes heat) resonating at 168kz and one lower fq , lets just sit back and take a look . where's the pump. outer ring reciver , top ring wind - bottem plate (very thin -foil capicatince ring) 47mf cap control bias With resistor - 1 for each phase or winding.    on your post the ground would be a water pipe or ground ( not the breaker pannel or fuse box ground ) earth ground (large plate or long rod , flat plate is preferable)

[Grumpy]

The Larmor frequency of the Earth's total magnetic field is around 170khz - based on geomagnetic data.

The Earth's field is composed of three components and each varies with the location on the earth.  The north component is around 85 khz. the east component is around 20 khz, and the vertical component is around 145 khz.  The can vary be a great degree, but you always have the three.  Magnetometers are used to measure - Tesla was very good...

The "pump" would be the rotating field that SM said was a "necessary" part of the device.

YES THERE IS A ROTATING FEILD WHICH CAUSES ELECTRONS TO FLOW IN COPPER WIRE AND BE USED TO PROVIDE USEFULL WORK FORCE. THERE ARE MANY WIRES PERPINDICULAR TO THE MAIN COLLECTOR. (Control coils) THIS IS A NECESSARY PART OF THE DEVICE.

SINCERELY,

SM.

I have no idea what would happen if you created a rotating field that resonated with the earth's own magnetic field or one of it's components - not sure I want to find out either.

This following statement seems to touch on this idea:

September 27, 2006

It is really great to see more "hands on" activity here. It may be relevant to convey the importance of the relationship between the resonances/wire lengths of the control/collector coils. I think of it a a rotational magnetic reciever. Some of the tests that I have carried on the coils that have visible control windings indicate frequencies in the megahertz range which would make pc scopes unusable ...I could be wrong...we will see. We are Searching for a rotational Kicking field that can be accelerated by applying harmonics This could take a while. It is unconventional. Sharing results..even
failures will help every body. Sharing limitations will slow everybody down. It would be great if more those who seem to have a clear understanding would do some winding to confirm their expectations. Perhaps Luck will come into it I remember a fellow who said "The more I work and act the more luck I seem to get"

MHz range - Dave Lowrance suggested 5 MHz.   Rotation at a lower feq would not exclude the production of MHz signals if the condition were right for it.

Another quote and reference to Tesla's work with magnetometers:

He was fascinated and consumed by this. He acquired better magnetometers and his research found that you could tune the magnetometers to certain specific frequencies and tap directly into large magnetic waves. When I say large, I am referring to huge. That was useable power. However, you had to find a circuit potential in order for the electrons to flow. That was the difficulty which he overcame to produce his famous demonstrations of power from nowhere.

[giantkiller]

Probably the best conceptual starting point for UWB is to explore that favourite plaything of electrical engineers, the Dirac impulse. Infinitely short, the impulse has an infinite bandwidth. It is a mathematical abstraction which we cannot replicate in the physical world.

However, if we produce an extremely short pulse, in the frequency spectrum it will spread its energy over a very large bandwidth, which gets wider as the pulse gets shorter.

If we are aiming to exploit Shannon, we want as wide a bandwidth as possible. The question which arises is of course, how to produce a practical modulation scheme which can exploit the properties of very short pulses, yet be implementable with affordable hardware.

Several obvious problems arise immediately:

What kind of signal do we use to emulate the behaviour of an impulse ?

How do we encode the modulation on to the UWB signal ?

How to make a wideband antenna which is directional ?

How to make the modulation hardware to produce UWB signals ?

The first question is interesting indeed. Clearly, the modulation scheme has to put out a very short burst of energy, followed by a big gap, to acquire the huge spreading ratio required.

Current researchers are exploring four techniques for doing this:

Singlet impulses, essentially a spike with a DC component.

Doublets, or paired impulses.

Monocycles, essentially a single cycle of a sinewave which has been shaped.

Wavelets, essentially a small number of cycles of a sinewave, which have been shaped.

Wavelets and monocycles appear to be the favourites in the UWB literature, since techniques exist for generating them and the mathematics behind them are reasonably tractable. Being able to produce a monocycle or a wavelet does not however answer the question of how to encode the message.


http://www.ausairpower.net/AC-0900.html

Got this from Cavetronics...

--giantkiller.

[giantkiller]

So basically the tpu uses radiant energy, generated by the 90 degree coupling,  to push the potential further out into space than an electromagnetic pulse can. Thereby giving the mag field a longer return trip which increases it energy by time and distance for return to equalibrium. The event hoizon is further out in space. The BEMF is the reverse of that which is picked up by the copper. Now as the BEMF is heading back towards equalibrium from its furthest point out we tap it again with a radiant energy pulse and we are collapsing space by force. So instead of pushing the field we are tapping it. The analogy would be 'we are not using gasoline but nuclear force'. As the radiant energy slows down through the energy spectrum one of the residual effects would be a magnetic field. This couples inductively to the coil in parallel. I am applying the angular change of the Poynting vector here.

The rotating field is a by product. The tpu control coils are being fired in the same direction. Now it is very obvious.

The 90 degree coupling is a micro point wing. Tesla coils emit into the air because the energy is pushed to the end of the wire where there is only one micro point for exit. The tpu control coils emit along their broadside by the 1000 wires perpendicular to the collectors. The GK4 has 2400 micro point wing couplings, the GKMTC1 has 2,400, the GKECD1 has 19,200 all made up using 30awg, iron wire, lamp wire. The radiant energy exits and enters at sharp curves, points, or edges, hence the wing shape.

I still don't know why the initial RE pulse appears at the middlie point between the ending of the previous ringing and before the next pulse without any adjustment to start with. But then you can move that back and forth.
And that is what Otto and Roberto have done. The RE pulse is moved to the most adventagous tap point that sends the swing or the next bounce of the trampoline on into space in the direction it is naturally heading.

So an RE pulse gotten by 90 degree coupling is necessary. Then move it into the ringing of the next pulse to produce a harmonic pairing for extra energy. The greater product always returns.

Ya think black holes operate the same way? Shouldn't be any different, just longer in time...

--giantkiller.

[chrisC]

Hi GK:
I'm kinda of confused.... I think you have several models of your TPU (codenames) and a lot of explanations on theories of operation etc. I'm sorry I have not been able to catch up with everyone's experimentation till date, except for Ronotte & Otto, perhaps.

Does any of your devices actually work? Meaning like your have conducted detailed measurements with reproducable radiant energy (OU or not)? Would be nice if the details were more precise without the theories? Thanks.

Regards
chrisC