Creating TPU Steven_Mark

[citfta]

I believe my question still stands...
This is what the TPU is and is reflective of what it must do and it does not matter if there are one hundred horizontal collector coil turns or one turn as the effect must be the same. The control coils must act on the collector coils at right angles which as we know is in violation of Faraday's Law.

Faraday's Law states the inducing coils field must induce and couple to the induced coils at which point Lenz Law is invoked. As such parallel coils have maximum induction and as one of the coils rotates through 90 degrees the induction falls to zero as the coils align at a right angle. The TPU coils are at right angles thus Faraday's law of induction cannot apply... so how does induction occur?.

I have done the experiments and what I have claimed holds true. Coils at right angles have literally no induction occurring with pulsed DC or AC currents. I am not saying the TPU cannot work and I believe it does, what I an saying is it cannot work using Faraday's laws of induction as we know them and it must be something different... so what is it?.

Regards

If what you are saying is true then how does a clamp-on amp meter work?  The clamp part does in fact go AROUND the current carrying wire.  So some current or at least voltage must be induced into the sensing circuit of the meter.  And all the older ones were only mechanical with no batteries or outside power source yet they could still move the meter needle.  Maybe the very weak coupling between coils at right angles is part of the secret to the TPU working.

[Raycathode]

Currents in parallel wires attract each other on opposite directions.
In like directions they repel


Why?


What direction is the force? that depends on 2 or 3 factors going on here (bucking coils spring to mind


Now,.......


If your base frequency oscillation was "free", or omnipresent
What happens?


Harmonics are a convenience for us "humans"
Because quite frankly a wire 38287670.2426564 meters long
Is not reasonable.

Thanks for the advice but this isn't good avice  try connecting a good earth or 'MASS' like a car battery. to some sort of catcher, it will pull itself to a harmonic of the earth resonance, you would know that if you experimented instead of quoting gremlins.

[onepower]

Citfa

If what you are saying is true then how does a clamp-on amp meter work?  The clamp part does in fact go AROUND the current carrying wire.  So some current or at least voltage must be induced into the sensing circuit of the meter.  And all the older ones were only mechanical with no batteries or outside power source yet they could still move the meter needle.  Maybe the very weak coupling between coils at right angles is part of the secret to the TPU working.

The clamp part of an amp meter which goes around the main conductor is a circular iron core. The secondary winding's are then wound around the circular iron core not the main conductor. It's pretty ingenious because the main conductors magnetic field is parallel to the circular iron core which is why the core can induce the secondary winding and produce a voltage.

However as I said if a copper wire is wound around a single conductor the inducing magnetic field is at right angles to the conductor and induction does not occur. In my opinion first we have to understand how Faraday Induction actually works then understand when it does not work then apply this to the TPU. The collector coils are being induced by the control coils however it is not Faraday Induction it is Weber Induction. Everyone is using the wrong kind of induction which is why they cannot make the TPU work.

In fact in the late 1800's to early 1900's there were many different theories to explain thousands of extraordinary phenomena which were discovered. However Maxwell discarded most all the things he couldn't explain and all the alternate theories and only published a few of the most popular theories in his work. Maxwell did this because there are in fact thousands of different variations on the laws of physics we know and it would be almost impossible to include them all. So you see, what you know is only the condensed version of physics not the whole story.

Regards

[Toolofcortex]

Ok Here is my proposal.

And I now am holding Turbo in high regard due to this funny way of going about thing, and respectfully invite him to discuss the TPU in his thread, as I always did.

My starting point is simply the Bruce TPU video, and going from there. Something that can be mastered here is 3D modelisation of electrical vectors, for understanding of how exactly it works.

My prosalsal is simply this. "Fuel" material is used to provide electrons, this material is powered, pulsed, in order to release electrons, surrounding this is 3 perpendicular powered/pulsed pickup coils, wich may or may not be overlapped across the fuel loop.

A certain alloy wire is turned in a loop, this alloy must be well researched.

When the frequency/phase is right, the power is collected in parallel format.

Now the next part is finding the frequency.

[kajunbee]

I'm not much of and artist but someone might be able to make sense of it. I am having trouble visualizing the magnetic field of the inner conductor of TPU. As I see it current will flow in a loop around the circumference of the inner wire, not end to end. But there should be a magnetic flux in the core loop. The inner loop is the equivalent of the laminated core in a transformer. But since it's a loop of wire , instead of laminated steel sheets what would this magnetic field look like. Would it be the same as the flux in a laminated core or not. I'm not sure if I have the direction of the loops correct but you get the idea.