The TPU uncovered? (A PROBABLE technique.)

[pauldude000]

Hey pauldude,

Good to hear you are making some progress. . . a few questions...

How many control coils are you using?  What is the configuration of your collectors (2xparallel/1xseries, etc)?
What voltage are your control input signals? And what diameter is your TPU?

I decided on this build to go with 4 control coils, equal length wires approx 12ft. long,  placed 90degrees out geometrically (4 quadrants of the circle). Dont ask me why, as I did it out of pure curiosity, but I used an iron wire core (galvanized steel wire used to hang pictures), approx 1/4 in diameter. 6 turn collector coil on the inside surface of the core for extremely close coupling w/core. Total core diameter approx 5 inches.

Assembly of the unit:

Wound iron core, black taped entire ring. Wound collector, black taped tightly to toroid core. Wound collectors directly upon core/collector toroid, using 3 layer linear windings. IE Wind first layer, bring wire back to start, then wind next layer. (I wanted all current flowing in the same direction geometrically for field properties.) The control coils have 2 1/2" pigtails to allow for connection testing in various configurations.

Coil arrangement:

I have tested series, series parallel, and individually pulsed using what I am going to call my linear phasing device (woo-hoo! More like whoopdie-doo.  Four wires, 1/4, 1/2, 3/4, 1 respective in lengths to each other.

I have had the most interesting results with individually pulsed using the linear phasing device.

Voltages/supplies:

I have two signal generators (B&K 5mhz and an el-cheapo digital 2mhz), and my 555 circuit.

The best results have come from the B&K as w/the 555 I was using direct pulsing, and this 555 only sinks 200ma. (not much field strength with my windings. Will hook up some BUZ11's or some IRF840's later.)

Voltage is completely variable 0-15v on my B&K, and I have tried low/med/high. Higher voltage is producing greater results at this point, but that is due to not being at the proper frequencies I think, as any voltage at the highest freq setting produces more output than lower freq's.

I intend to start writing down a log. As I tried so many experiments I am losing track of anything more than approximations, and notebooks are cheap.

Paul Andrulis

[rhombus24]

@Rhombus

   Hi! 

       Go next door some time and ask your neuclear scientist guy  if electrons have mass.  Then ask him.   Why do neuclear power plants find it necessary to mess around with the neuclear mass when there is a guy on the internet that says you can convert some of the mass of the electron into energy.

      You can also tell him that radio frequency excitation of spent neuclear fuel rods can render them null within minutes instead of 20 or 30 thousand years.
Should rock his world a little.

    @alecks     have you taken the time to compress more knowlege of the kick phenomenon ?

Actually that's pretty funny because thats exactly what I told him before.  Of course when free energy was uttered he instantly said there is no such thing.  Then I went on to explain that electrons have mass and that they can be exploited.  Then he went on to talk about very complex things that I was able to somewhat follow on but not completly grasp the concept.  The thing is when people here free energy they take it just the way you would be expected to take something like that, nonsense.  So you have to make the effort and explain to them that the energy is not really free, it does come from somewhere but that it is free as in it exists within everything.  The potential is everywhere there is nowhere you can look that it is not available.

But of course propaganda and centuries of fierce opposition leads the world to belive there is no such thing, and the thing I have heard most often is "Why hasn't someone else invented it."

Anyway great explanation Feynman I really think this entire thread is one of the most important ones ever created!

I am looking into chips to use, I would use yours as it seems awesome but I just don't know what I'm going to get yet.
Keep up the good work!

@alecks
Look I just wanted you to stop fighting over basic and really unrelated physics.  I read an entire page on you fighting.. at least it isn't as bad as Grumpy when someone tries to challenge him   but seriously we don't need fighting like that it wastes space and time

[AhuraMazda]

On the effect of switching magnets at right angles:

http://www.embedded.com/news/embeddedindustry/201202955?_requestid=52099

[pauldude000]

>>>>>Post Edited<<<<<

@ALL

NEW PROGRAM AVAILABLE

Assuming that some are interested  , I have uploaded a computer program to my site.

Will be useful for making any resonant frequency wire/coil.

I will build another here shortly using VB2008Express to make a better tool, then will post for all interested. ****COMPLETED AND UPLOADED****

Here is the direct link for download. File is zipped, with full setup program. Unzip and run setup.exe. Full uninstall capability.

http://www.geocities.com/pauldude000/freq2len.zip


OTHER PROGS AVAILABLE:

Here are the other offerings at this point, all free, excellent and bug free done in VB2005Express for MSWindows (98 to vista).

Frequency Calculator: Very useful frequency tool. Calculates resonants, harmonics, beats, etc...

http://www.geocities.com/pauldude000/frequencycalc.zip

Screen Capture: Tiny and simple to use screen capture utility (automatically stores in "pictures" or "my pictures" folders as "screencapture.bmp")

http://www.geocities.com/pauldude000/screencapture.zip

I hope you guys find these useful, though the new freq2len when completed will be at least as nice as the frequency calculator program, with a full setup prog.

Paul Andrulis

[buzz-ard]

@ Paul - My current build is pretty much like yours but with 3 segments instead of four, and no iron core. I really debated hard and long whether to include the core in this one, and decided against it this time. I've just now got it wound and plan to begin pulsing and scoping tonight or tomorrow. I'm looking forward to sharing our experiences.

@ All - Last week I said I would build a Rene-rator, which time has not allowed me to do yet. However, I found this really interesting page with a decent Rene-rator build, useful experimental documentation, and some in-depth, pertinent information about EM fields. Apologies if this has already been posted. http://magnetism.otc.co.nz/NaturalRelativity.htm