@ Tishatang

Good post. I posted way back that I believe SM was controlling positive feedback, simply because IMO his smaller TPU's just could not have been complex devices utilising involved frequency generation and modulation.

Very heavy currents can be maintained from even low capacity NICAD or Lithium battery backs under controlled feedback to source and the art is to control this feedback which I believe SM was able to do reasonably well and probably used a form of SEPIC converter to do this. We know that heat generation was a big problem for SM and this is exactly what a feedback to source system will produce in adundance. I am quite sure that the effects seen in SM's videos will be able to be replicated reasonably easily with a good DC/DC converter design using some clever air cored coil config. lt would be worth the effort, just to satisfy that illuminating mains light bulbs and running small tools and small televisions is quite possible with relatively simple and innovative inverter setups using very modest battery supplies.

Hoppy

@Hoppy
I think the very first TPU video offers clues to its simplicity.  The placement of a magnet gets it going and turning it over turns it off.  This suggests to me that perhaps it is not a counter rotating mag field device, but just has one rotating field.  If it had counter rotating fields, I don't think it would shut down, maybe just drop in power?  If this assumption is correct, then it makes the first build simpler to discover the secret.  The latest big TPU, is started by throwing two switches.  One for each field?

@Chet
I wish I could lay it all out for you.  All I can do is give my ideas based on my reading and intuition.  In April of 2006, I suggested the freq of 175Khz to 180Khz was important because this was the freq suggested by the working of the Coler device and the MRA.  This is claimed to be the freq of ferro-magnetism.  This is borne out again by the latest experiments on the TPU here:

http://www.overunity.com/index.php/topic,2535.0.html

"After tweaking the first frequency, we found that 176.6 kHz made the bulb glow the brightest"

"I do have one more video to share with you all which I think you will love. After 'primimg' my TPU with the the two frequencies mentioned in my last post, I was able to light the 40W bulb to its Full Brightness off the the TPU ONLY on the 176.6 kHz frequency alone! It was as if the TPU had some kind of memory and kept lighting up consistently the bulb!"  by Jdo300

As you read this thread, it reminds you everything can go up in a flash.  Also, what they are doing is way beyond understanding of circuitry.  What I would try is the following:

Build a trifilar bedini coil magnet motor.  The coils would be;  energizer, trigger and control.  Use a spherical magnet or one of those cylinder magnets with a ball bearing in the hole.  They seem to be very stable.  those snake eggs seem stable also.  What we want is a stable motor that can be ramped up in rpm.

Get a degaussing coil or make your own as a collector coil.  Link here:

http://mirrors.arcadecontrols.com/OscarControls/degauss/index.shtml

Whatever you use as your collector coil see if you can get it to self resonate at 176.6 Khz by using maybe trimmer caps.  Maybe you could use a  old variable air tuning cap from an old radio hooked up as a tank resonate circuit?  Hook up a function generator to the collector coil.  You now have two frequencies to play with.  The speed of the magnet motor and the freq of the generator.  If the frequency of the signal generator matches the resonate frequency of the collector/tank circuit coil, standing waves around the collector will result.  A harmonic of the resonate frequency will also result in standing waves.   Harmonics freq farther away from the fundamental freq will produce more standing waves, but less amplitude.  As you get closer to the fundamental  frequency there will be less standing waves, but higher amplitude (voltage).  If the resonant freq of the collector is 180Khz and the function generator is putting 90Khz into the coil. you will have two standing waves of high voltage peaks.  This is where you want to place two power/feedback to source and control windings.  The highest voltage  voltage possible would be to have the freq input equal to the resonant freq of the coil/tank circuit at 180Khz (176.6Khz) giving you one standing wave where to voltage would be limited to the Q of the circuit.  If the generator put out 10 volts AC and the Q was 100, you would have 1000 volts at the peak of the standing wave.  If Q was 200, and you were at 90 Khz, you would have two standing waves each with approx 1000 volts.  It is important to have a stable resonant freq in the collector.  Because if it drifts, the peaks where you have the control windings will move out of place.  By having a resonant freq of 180Khz on the collector coil and then placing a magnet on the coil will tend to lock that freq tight and prevent drift.

Another alternative is to maybe have a crystal with a freq of 180K in the circuit?

When the rotating magnetic field of the motor cuts across the standing waves of the collector ring, this is where you might generate the scalar waves?  It is hoped that as the motor speed is ramped up, certain harmonics will make for unexpected results.  It seems the earth's magnetic field or the Schumann freqs will add to the mix.  If one wanted to get really brave, I wonder what would happen if you took one of those high speed motors with the spherical magnet inside and ramped it up to 180Khz, and at the same time the function generator is at 180Khz into the coil with its resonant freq at 180Khz?

Good luck to all.
tishatang

Hi tishatang.I don't have much idea on what the TPU is or does but i will read up on it as if it is like you suspect and we are heading in that direction it may be handy to look at the map before we set off.
If anyone chooses to try your idea out and needs any help on the motor aspect then don't hesitate to ask as we are quite a helpful bunch and we may be able to help each other.
It would be really great if The one magnet no bearing Bedini motor could evolve into something so important as a TPU so thanks tishatang for maybe seeing the potential and starting this thread.Good luck gentlemen and you know where we are.Regards jonny

@Otto
I suppose I am thinking outside the box to even start this thread?  The videos you mention, I assume are the Steven Mark videos?  Or maybe your videos?  Can you give a link to the specific videos? 
I wanted a TPU for my 70th birthday.  Now, I'm going to be 73 at the end of the year.  Can you please give a little more comments or hints?

@Jonnydavro
Thanks for your offer  of help.  For our purposes, I think we would want a nice stable spinning magnet.  One that does not move around the base and one that can have a wide range of speed.  If you could post the circuit of a proven trifilar Bedini coil or a link, it would help those on this tread not familiar with the Bedini motor concept.

The TPU stuff on this forum is a vast labyrinth of hundreds of pages over the years.  Many of the threads started on this subject have ended up being pissing contests over knowledgeable people over who right over some technical issue.  But, Otto is right and you have to throw conventional thinking out the window. For starters go here:

http://www.overunity.com/index.php?topic=2383.0

I would recommend the early threads started by Mannix  and other early threads or search their posts.  I wanted to point out on your thread there are potential dangers when you start mixing coils, frequencies and moving magnetic fields.  I also saw that your spinning magnet motor would jump start research into the TPU by giving a rotating magnetic field to play with.  We both are playing with rotating magnetic fields and experiment with how to collect the energy.

tishatang

Thanks Otto,
You are a gentleman and a scholar.  These are great hints. 

Lamp wire because it has many fine strands to keep it flexible.  Something about the energy collected will seek each individual strands and be multiplied instead of a single strand wire.  Possible many stranded litz or speaker wire will do also?  Usually the more expensive the wire, the more strands.

A mobius coil is a scalar coil.  There is also the caduceus coil which is a scalar coil.  One secret about scalar coils is the wires cross perpendicular or 90 degrees to each other.  The energy that goes into the coil folds back onto itself and as the respective wire"s magnetic fields collide, they emit scalar waves.  They also receive scalar waves.

Here are links:

http://www.littlemountainsmudge.com/mobiuscontinuosknot.htm

This mobius coil is probably an overkill for our purposes.  My son made one of these coils and you could feel the coil jerk in your hand when he touched the ends to a battery.  Search Otto's posts and maybe he describes his coil?

http://jnaudin.free.fr/html/sclxmtr.htm

This is the Naudin site experiments with the caduceus coil.  Supposedly, this coil was given to Wilbert Smith in the 1950's by the ET's?  Search Wilbert Smith on RexResearch.com.

Warning!!! Putting a rotating magnetic field inside one of these coils goes into unchartered waters.  Try to keep your experiment simple and safe.  Change only one thing at a time.  Document everything you do..  That way if something unexpected happens for you to say, "That's funny"  or if everything goes "poof", you can reconstruct what you did for the benefit of us all.

Good luck to all
Tishatang

Hello all,

@tishatang

in the video is a information that NEVER was discussed, NEVER heared because the people are "sitting on their ears" as we say in my country.....this is one of the most impoertant informations for TPU builders, Tesla technology researchers......and all people working on PULSED systems.

I would show you the exact link but I have a nice nickname:

MISLEADING OTTO

Otto

PS: its not the learned from books, its the expirience from thousands of coils

Hello all,

@Hoppy

yes but Im refering to something about NEVER was "wasted" a word about but its soooooo important you cant imagine.

Watch and especially LISTEN SMs video.

Otto