The TPU uncovered? (A PROBABLE technique.)

[aleks]

My idea is that "sine waves" do not come from resonant/reactive behavior of the circuit and its coils. Sine waves appear as a result of some "external" potential field. However, it is circuit that triggers this potential field. This potential field's intensity varies with time and it is this variation that is seen as sine-wave segment. By the way, SM himself tuned his device so that it produces overunity DC current - not a sinewave output. From the vid he also referred to high-freq sinewaves which are of course not really useful for powering applications.

I will have to think about this. Interesting concept. What potential gradient do you theorize it is acting upon?

"Sine waves" are result of DC acoustic potential field produced by pulse coils. This DC acoustic potential field affects all surrounding fields and electrons, and so these changes manifest as change in voltage in "sine wave segment" shape on the oscilloscope.

[pauldude000]

That might explain something to me. I used to wonder why Tesla preferred to use a DC voltage  (a DC High voltage dynamo, of which I have pictures of him proudly standing by.) source to supply his testing coils. I had assumed it was mainly for the charging effect on capacitors. I assumed this since a DC voltage is constant, and has a non-varying voltage gradient potential, it gave the capacitors a faster charge time, allowing higher frequency to be achieved.

However, comparative charge times are possible with a slightly higher potential high voltage AC source of low frequency. In an age where diodes were non-existent, and the vacuum tube a relatively new invention (at the time the new-fangled incandescent light bulb), AC generators were cheaper and easier to build. (simpler to wind, commutate,  etc.)

Maybe another approach is to imitate a disruptive discharge to the coils. A high speed voltage dependent gate of some kind? Low resistance high speed high current transistor/mosfet switched off of capacitor/coil feedback voltage and said coil/capacitor resonance tank fed pure DC?

Frequency of operation would be calculated simply through parallel coil/capacitance resonance formulae already utilized. Waves through such a tank would be pulses of said frequency trains (packets of pulses at the design frequency), and much higher energy than could be attained through other direct pulsing means with the same input voltage/current ratio.

The question arises, is there a product suitable for said transistor/mosfet which is capable of the voltage/amperage/switching speed/resistance necessary.

It is not like we are hitting these with hundreds of volts DC/AC, and the cap/ind ratio can be fairly small yielding a low instantaneous joule throughput, UNLIKE a high volt/high capacitance/low inductance tesla primary which may source hundreds of joules at any point in time at the spark gap.. Any ideas?

Better yet, tune the coils to the frequency you desire, hit them with pulsed DC at the frequency you desire, but very low duty cycle (very short "on" time) while the coils are charge by direct DC linkage. Feedback TO the coils is then merely a blocking diode input to each coil off of the collector coil source. However, the collector would have to feed through a voltage divider to run the oscillator circuit, or recharge the source battery. Hmmmm..... This might even be a better way. Resonance in the controls would be relatively pure.

(Resonance, like field rotation is A key, but not the ONLY key. Yes, the control coils would HAVE to resonate. Resonance in itself is a means of energy storage, or amplification, and this is true of both electrical and physical resonance. People, do not forget that there is an ambient "background" electrical field that is actually quite strong considered in volts/meter, and that every magnetic wave has an electric traveling in conjunction with it. The TPU may well be providing somewhat of a "ground" through its operation concerning this field....)


@aleks

Thank you! You reminded me of this, and it may well be the answer, as Tesla aimed to harness this potential field, and you can tap ANY electric field, if you can provide a ground for it. The earth is a giant capacitor, and the field is produced between the Ionosphere and ground, with air as the dielectric. However, this would HAVE to be controlled, as a low resistance or shorted ground for this field (ever heard of a lightning bolt?)........ It would most definitely destroy the apparatus, and provide the destructive magnetic effects described by otto and others if runaway. Any capacitor is a DC battery of a kind, even the earth. Tesla knew this, and I think SM figured it out.


Paul Andrulis

[pauldude000]

--------------->IMPORTANT IMPORTANT<-----------

I am shaking inside as I write this.

Someone check my logic PLEASE!

premises:

1. There is no such thing as a stationary electron, either it is spinning around an atom, or it is in motion towards an available hole in an electron shell
2. Moving electrons have an associated electromagnetic field.
3. Each electron therefore has its own magnetic field due to its own motion.
4. Magnetic fields either attract or repel each other, depending upon field orientation.
5. Magnetic fields generate electricity in a wire by stripping electrons from electron shells.
6  Nature abhors a vacuum.
7. A voltage gradient due to newly available holes due to stripped electrons exists in the wire.
8. Wires may replenish stripped electrons which exit them, by drawing from surrounding electrons in close proximity to the wire.
9. This replenishment may also be accomplished through any local electric fields in proximity with the wire.

IF THESE ARE ALL TRUE THEN:

SHOUT EUREKA!!!!!!!!!!!!!!!!

Imagine a linearly moving magnetic field, whose lines of force are not cutting through, just merely dragging through the outer skin of an inductor (magnetic skin effect towards a wire). As the field drags through the outer skin, the magnetic field affects the fields of the electrons it encounters, which try to orient their fields to the new field. This magnetic field is weak, and merely a few electrons are affected enough to drag them out of their weak bond shell holes. These electrons flow through the wire attracted to and in sync with this magnetic field which is drawing them. The holes must be filled, so electricity flows in from the outside, through static fields already present at decent potential (the ambient field present everywhere on the face of the earth).

NOW IMAGINE THAT THIS FIELD IS A ROTATING FIELD, AND THAT THE FIELD IS NOT SO WEAK, AND WE HAVE JUST CREATED A GROUND (LOCALIZED VOLTAGE IMBALANCE OF LOWER POTENTIAL) FOR THE AMBIENT ELECTRIC FIELD OF THE EARTH!!!!!!!!!!!!

If this is right... THEN WE KNOW WHY THE TPU WORKS!!!!!!!!!!!!!!!!

[pauldude000]

NOTE FOR ABOVE POST:

In premise No 9. I forgot to state that the influx of electrons from the field only raises it back to ambient voltage.

NOTE 2:

The TPU is not overunity, and violates no rule of conservation of energy. It draws power from an already present MASSIVE potential energy source!

Paul Andrulis

[pauldude000]

One last note, for any doubting physics types:

Why be surprised that a small battery can produce such output. It has been both LONG and WELL KNOWN that a small amount of energy can control and direct a much greater amount of energy. Nothing is "produced". Nothing is "destroyed". Charges are merely moved from one place to another. All the "laws" go humming right along, as the TPU violates none.

Paul Andrulis