Creating TPU Steven_Mark

[icarus]

Hi Turbo. A few posts ago you wrote:

>Alternating magnetic fields running at certain specific frequencies can alter nuclear conversion between the elements thereby releasing energy.
>In the early transformer experiments, Steven hit on a NMR frequency of the iron transformer core, which in turn started to release massive amounts of kicks.

Do you think Steven used iron resonance frequency, ie 3.2MHz?
Or knowing his background (music reproduction, audio frequencies) do you think of sub-harmonics of this frequency?
I can't see him tinkering in the 90s with MHz frequencies.
What do you think about it ?

Thanx

Icarus

[WhatIsIt]

OK guys , Turbo, understood ...
Thank you for giving me the coordinates and tips that will facilitate my years of study and research in this field of work ...

Gratitude!!!

Hi Angel,

Nobody knows how TPU works. It is not by induction, thats for sure.
I got few PM which indicates that members are starting to fight even they are working on similar things.
Which is not good.

My thought is that talk helps and fight will only burry everything.

After reading all this posts and many TPU docs I came to conclusion like Turbo and Otto and many others that perpendicular force is source of TPU power.
How to produce that force and how to catch it is the question?

I believe that force can be produced on many ways, some more efficient than others.
Every memeber has its own idea how to do it and there is no need for fight.

I been reading Otto doc and come to idea that saturation of transformer core can cause emitting.
In and out from saturation.

Otto has been catching it with one coil. If he used 3 coils like Turbo design it, maybe he was have a chance for better catching.
Otto was using small transformer easy to saturate. When he used bigger things changed.
But that is only idea after reading Otto doc.

In Tesla times they used Edison generators with iron core. At first switch HV spike for a brief moment saturate iron core which in process killed workers.

The picture posted earlyer shows iron wire. One iron wire will saturate easily and come back from saturation easily and emitt.

This is only idea and I am free to attack me for that idea. I expect it.

Members should talk and not fight!

What happens when iron core saturate? Does it have too much spare electrons in its field cloud?
What saturation means? More magnetization that core can accept? Only that?

Armcortex, you are right! If somebody states something, he should show scheme and measurements.

Turbo, you are also right! If you give people everything, they dont want to bench and do the work by themselfs.

And Gyula, you are wise and patient as always.

At the end, I dont know which ticks in TPU, I can only guess!
Angel, you should follow your work. It is not wrong. It is just a path to the end.

[lancaIV]

https://www.google.com/search?q=otto+roberto+tpu&ie=utf-8&oe=utf-8&client=firefox-b-m

https://www.google.com/url?q=https://docp
layer.org/103574544-Tpu-ecd-energy-conversion-device-energkonverter-offenlegung-von-otto-sabljaric-roberto-notte.html&sa=U&ved=2ahUKEwiGtNqRge7kAhUDAGMBHaayBX0QFjAEegQICBAB&usg=AOvVaw3y_tKnIvRsOrmfRYjmQ8JP
Special Points :
DTO from Floyd Sweet
https://www.google.com/search?q=dto+floyd+sweet&ie=utf-8&oe=utf-8&client=firefox-b-m
"new Maths for new laws"

Schumannfrequenz

"over-heating": negative to positive ,application dependant :
https://newatlas.com/gold-melt-room-temperature/57327/
Iron/copper melts with room temperature

Tesla : e= tcv2  electro-magnetic element decay acceleration
https://www.google.com/search?q=superconduction+thermal+shock&ie=utf-8&oe=utf-8&client=firefox-b-m
https://en.m.wikipedia.org/wiki/Cooper_pair

https://de.m.wikipedia.org/wiki/Datei:World_line-de.svg
https://www.google.com/search?q=white+holes&ie=utf-8&oe=utf-8&client=firefox-b-m
The combination from wite and black holes effect as "power unit" or " incubator unit"
mass to energy.    energy to mass         energy = .......... New Definition for New treatment

[WhatIsIt]

I have something on my mind.

SM worked with speakers.
He replaced permanent magnet with electromagnet.
By varying electromagnet, injecting noice he was trying to get spatial sound.

What is worst case scenario in that?

If core of electromagnet saturate and desaturate quickly, how will it sounds on that spatial sound speaker?
Trying to solve this, what he will see on scope?

His TPU is like radio. Tuning frequency to saturation point maybe?
And then catching what is emitted from core of electromagnet?
If electromagnet saturate and stay that way it destroys source. Too much frequency.
So he constantly must be near saturation region. Then small pulses to go into saturation and out.
If frequency is too low, no saturation, no emitting.
Radio.
DC bias for near saturation point plus AC ? (or DC pulses?) to go into saturation and out.

HV spikes can saturate and desaturate core quickly, causing core to emitt.
How to catch it? With lots of coils like Turbo design around emitting core.

How many of you experienced PC frooze while working with certain cores and frequencies? Why is that?
Loop back trough wall socket? Or something was radiated from core?

Just a thought!

[Turbo]

I have something on my mind.

SM worked with speakers.
He replaced permanent magnet with electromagnet.
By varying electromagnet, injecting noice he was trying to get spatial sound.

What is worst case scenario in that?

If core of electromagnet saturate and desaturate quickly, how will it sounds on that spatial sound speaker?
Trying to solve this, what he will see on scope?

His TPU is like radio. Tuning frequency to saturation point maybe?
Just a thought!

Yes it is tuning to a saturation point but not the core in magnetic field line means because this is magnetic over driving at the atomic level.

The surrounding magnetic field has a dampening effect on the center frequency.

In simple terms realize that there is a vibration to this at the atomic level.
The frequency is related to the atomic mass, so its different for every element.
This is how spectroscopy works, identifying the element by its frequency.

Now the electrons that supposedly circle the nucleus also respond to (external) magnetic fields.

If these fields are strong, these electrons can not vibrate with the same amplitude than without the external field, because this external field tries to hold them in place, which acts like a break, and so as a result, the center frequency goes up.
If there is no external field, then this vibration has a slight link to the earths magnetic field because then that is the only dominant external field that acts a force upon them.
In these examples i am talking about a strong external field that is constant, so its not oscillating.
The resulting frequency is also called the magnetic moment or, Larmor precession frequency named after Joseph Larmor.

Now imaging what happens when you put in an oscillating electromagnetic field at the same frequency (or harmonic) that they are already vibrating.
This is the center frequency.
You can think of this as actually feeding them energy in their own phase. (yet again: pushing the kid on the swing, but this time at the atomic level)

In stead of the vibration being dampened, Now it is growing and becoming stronger.
So strong that these electrons gain so much kinetic energy that they can escape their atomic bond and launch out of the collnductor.
These flying electrons are the kicks.

This is the same thing that happens in a vacuum tube around the Cathode heater, the electrons are forced or boiled off and enter the electron cloud that exists around the Cathode, in that cas the heat feeds the vibration.
The difference is in that example we are using a brute force technique, we supply so much energy, in a closed loop, to create intense heat, to cause the same event.

Can you see a link to the heating problem here ?
But realize this, in a vacuum tube the heat is generated deliberately and up front to free electrons, while in the TPU it is actually the way around, the heat is generated when the electrons make their impact back upon the collector to release their energy in the form of the big kicks...  in that sense it (the heat) is an inevitable part of the process and some of you this should should ring a bell.

I hope you will understand that a more targeted approach, of freeing electrons, using a supply at the center frequency, of course requires very, much less energy then the vacuum tube heater, because you are supplying the energy in resonance with the target system/circuit.


Ok so then after being liberated, they then enter the magnetic field of a control coil and are bend down the track to eventually impact the collector with hundreds or thousands of other these liberated electrons.

I mean its really not that hard to understand ?