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Author Topic: Could this be how a TPU works?  (Read 17727 times)

EMdevices

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Re: Could this be how a TPU works?
« Reply #30 on: September 02, 2007, 05:23:38 AM »
Welcome to all the new guys!!

Please forgive some of our bikering, some of us have been on this for too long and built up some frustrations, you'll see   :)   

It would be nice to know fully how the TPU works, but it seems that even the inventor does not fully understand where the energy comes from, but he certainly has a ball park idea of what makes it tick, after all he designed it. 

We have:

1)  The videos  (can see them at google, youtube, etc..)

2)  Some correspondence from the inventor through Mannix, but be aware he does not disclose how it works, he can't, he tells us.

3)  Our brains   :)

EM

13thHouR

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Re: Could this be how a TPU works?
« Reply #31 on: September 02, 2007, 06:32:56 AM »
Scalar waves  :D It's a pseudoscience http://en.wikipedia.org/wiki/Scalar_field_theory_(pseudoscience).
There is not such thing. And TPU didn't use this in any way.


Excuse me?

Scalar field is actually series of merging soliton waves, whilst in this state, they are what classical phsyics refers to as qunatum wave packets. As you may or may not know, this is one of the states of electormagnitic energy that classical phsyics allows to propgate by non subluminal means (FTL).

Next thing you will be calling Quantum Electron Tunnelling Psuedo Science just because you found some incorrect Wiki page that says so.

 

(http://www.ma.hw.ac.uk/solitons/soliton1m.gif)
Soliton on the Scott Russell Aqueduct on the Union Canal near Heriot-Watt University, 12 July 1995. 

In that they where recreating the observations form the 19th Century .

Another type of everyday Solitons are also known as tsunami.

btw just for the record, there is no such thing as pseudo science, it's nothing more than corporate marketing spiel, There are however Probable and improbable theories/Conjecture.

Some of the explanations of Scalar wave are pretty obscure, however there is no avoiding one specific thing that has been verified over and over now in 100's of 1000's of successful experimen.

Scalar waves are capable of tunnelling through so called radio shielding and or Faraday cages.

A simple Caduceus/Scalar wave experiment.

http://jlnlabs.imars.com/spgen/

One which has been replicated in many formats over the years.

 

13thHouR

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Re: Could this be how a TPU works?
« Reply #32 on: September 02, 2007, 06:48:44 AM »
The is one thing that of the posters assuming this is back EMF.  Although such action can create spikes.

Where is the missing mass?

Do the math, it does not add up.

Although the back EMF is important, the so called Scaler (Quantum Tunnelling) properties of the soliton waves are and excellent candidate for the main missing part.

If posters stick to Saying Solitons waves and QT.  Then we wont have half wits associating what we are saying with the obscure writings of some of the more fringe elements of science who tend to lean to the less probable definition of things.

I really do hate the term pseudo science, as it is a sign of ignorance of the principles of scientific study to even use that term. Believe me I have run into it very often when TDM is concerned. Uninformed people reel it out when they finally realise they can't disprove it with classical physics, as you would have to re-write the laws to do so. Even then since a single TDM state is the sum of those laws, it instantly adapts to the new definition.

Anyway getting back on topic, why do so few people realise the back EMF is a soliton?

Fast moving Soliton
(http://physics.usask.ca/~hirose/ep225/animation/soliton/images/soliton1.gif)

Slow Moving Soliton
(http://physics.usask.ca/~hirose/ep225/animation/soliton/images/soliton2.gif)

Collision of Slow and Fast Solitons. In this instance, For the duration of the merge, the two solitons become quantum wave packets (The particles/waves that classical physics allows to propagate at faster than light velocities between a point A to point B, normally referred to as Quantum Tunnelling)

(http://physics.usask.ca/~hirose/ep225/animation/soliton/images/soliton3.gif)

What we are trying to isolate in the TPU's  is the maximum uniform Structure for the propagation of the Solitions. If the coils are incorrectly located, wrong windings or even wrong frequency, This uniform structure will be lost and the Solitons will dissipate.

With the correct carrier frequency to contain the Solitons, they can be sustained in even the most irregular structure.

For those of you that ask why 3 or more coils/frequency inputs this may explain this for you.


(http://homepages.tversu.ru/~s000154/collision/sge_sol/images/sge_sol29.gif)

In this one, the sum of the waves creates a short duration, spiked soliton.

(http://homepages.tversu.ru/~s000154/collision/sge_sol/images/sge_sol36.gif) 
See what happens to larger stationary one in the latter?

Two guassian waves travelling in opposite directions animation at the top the page on this URL is the same as opposite soliton collision.

http://www.kettering.edu/~drussell/Demos/superposition/superposition.html

When they waves merge they are subject to becoming a quantum wave packet, they then separate with the same energy as they entered with. If they merge at a velocity or with a force that exceeds the saturation point the energy in the subsequent seperated solitons will be greater than the input.

This is where we start to get into ultra high energy physics, in which currently the only usable explanation is TDM, as classical physics on it's own can only guess. 




 

EMdevices

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Re: Could this be how a TPU works?
« Reply #33 on: September 02, 2007, 07:35:02 AM »
13thHourR,


I appreciate you bringing this "soliton" stuff up, but try not to over do it.   We went over this before and people posted articles/pdfs etc..

They are pulses that occur on nonlinear transmission lines, and it's a fine balance between non-linearity and dispersion (different propagation speeds for different frequencies).

Now a sharp pulse will spread out and not retain it's sharpness while it travels in a dispersion media, why?   Because a sharp pulse actualy contains a lot of frequencies (fourier series etc..)  so if different frequencies start to lag behind the others (or the phase changes)  the pulse looses its shape.  But these soliton pulses don't so they are curious and studied, but note they do lose their energy and height, just not their shape, on a lossy line.

Anyway,   this is all in signal space.  In reality, signals propagate by a certain mechanism/physical field,etc..

EM fields propagate by tranverse EM waves in almost all cases, but can have a vector component logitudinaly (in direction of travel) in for example waveguides.  Anyway, these are VECTOR fiels and not SCALAR fields, which can't propagate per say (I hope you've seen my other post somethwere in these threads)  

Some say that if you apply a battery to a wire ( or a voltage) and remove it, the voltage will travel down the wire.  That's absolutely  TRUE.  

Now, Voltage is a scalar field, so we have a scalar wave, right?

Wrong,  the waves are transverse vector waves (TEM on a two wire transmission line)

So, in the end, you do get a scalar field variation at the other end, but the mechanism that transmits the message in electromagnetics is a transverse vector wave phenomena.

But don't take my word for it, what does a EE know anyway?  He's been brain washed !!  Ha Ha    :D

EM