HIGH QUALITY TPU DVD Video Released from Jack Durban

[Yucca]

Hello all, I've been following TPU research for some time, have read all SMs letters, watched all the youtube clips and read many threads. you're all doing fine work in trying to decipher it all.

This may help:

If any consecutive frames of the TPU videos show the same scene, i.e. if the camera is held on a stationary TPU for two or more consecutive frames, then this free software will allow you to stack those frames and will increase the information content of the resulting still frame:

http://www.astronomie.be/registax/

It's used by amateur astronemers to acheive super sharp images of celestial bodies using small cheap telescopes, many blurry frames of the same object are integrated together to yield a much crisper image.

I would try it myself but don't have the AVI files yet.

Easy registax tutorial:
http://www.russsscope.net/staxtutorial.htm

[Dom]

Has anyone tried this yet?

http://i125.photobucket.com/albums/p51/renerator/freeenergy.jpg, everytime i see the FTPU, it looks like the renerator

[Spoodily]

Hello all, I've been following TPU research for some time, have read all SMs letters, watched all the youtube clips and read many threads. you're all doing fine work in trying to decipher it all.

This may help:

If any consecutive frames of the TPU videos show the same scene, i.e. if the camera is held on a stationary TPU for two or more consecutive frames, then this free software will allow you to stack those frames and will increase the information content of the resulting still frame:

http://www.astronomie.be/registax/

It's used by amateur astronemers to acheive super sharp images of celestial bodies using small cheap telescopes, many blurry frames of the same object are integrated together to yield a much crisper image.

I would try it myself but don't have the AVI files yet.

Easy registax tutorial:
http://www.russsscope.net/staxtutorial.htm

I'm glad people know about frame stacking.  This is a little off topic but the footage from the moon landing has disappeared from its warehouse recently, right before computers were readily able to do this type of image sharpening.

There is a pan and scan video of the moon surface where the camera was left to film for about 30 seconds and then panned and filmed for another 30 seconds and so on.  Imagine what you could see on the surface of the moon with that many frames of film stacked on top of each other.  You would have a 'hi-resolution' panoramic photo of the lunar surface.  Too bad it got stolen...

[turbo]

thanks for the picture, nice close up.

EM

Hey that is a shot from one of the download packs i posted a while back.
But these images were shot from the first bad quality video's....
I think it is best to work with the new video's.

M.

[Spoodily]

oh there's a collector there alright, and it's not wound with the controls as some have imagined

mmm, Let's suppose there is validity in this: http://www.overunity.com/index.php/topic,4549.0.html

Then I would the center toroid expect to be the collector, catching the swirling out and in magnetic field

Central toroids are, in my opinion, part of the switching mechanism for the coils.  They have nothing to do with the actual collection of any usable energy.  Notice that the torroids are never fully wound but have windings on either side.  Those windings are not connected to each other, they receive a pulse of power from their respective source which is registered by the wire running through them.  The wires running through the torroid go to the coil controller.  Think about how a galvanometer works or the control mechanism for a laser light show.
From Wikipedia.

Most new uses for the galvanometer mechanism are in positioning and control systems. Mirror galvanometer systems are used as beam positioning elements in laser optical systems. These are typically high power galvanometer mechanisms used with closed loop servo control systems. They can have frequency responses over 1 kHz.

The rim of the units is where the power comes from and is put in to.  It's a modified transformer that SM has shrouded in mystery to the point that it seems to work on mystical principles.  I think the Earth's resonance stuff is utter fluff as there is no way a unit could operate in a plane or a travelling vehicle if it relied on such an outside variable as the Schumann resonance or Eath's magnetic field.  The concept is neat but I don't think that is what is really going on inside the devices.  SM also only says this is how it works while showing the FTPU and says he doesn't know fully how the FTPU works so the "taking energy from the natural magnetic field of the Earth" sounds like tuning into the BS factor.

What I do think is possible is that the device is designed to mimic the 'big picture' of using NMR on a much smaller and controllable scale without the need or hinderance of outside variables.  Making the device like a little Earth and replicating lightning strikes with pulses from a capacitor in a controlled environment.

Can anyone pick up a Schumann resonance pulse without a huge antenna or use the Earth's magnetic field for anything other than making a compass show its flow?  SM turns his devices in all 360 degrees with no output variation.  I do notice that he turns the little tiny one upside down when he is finished with it and the FTPU shows a decline in output when turned upside down...

I'll stop typing here before I jumble my thoughts.

One more little thing for reference:
http://en.wikipedia.org/wiki/Toroidal_inductors_and_transformers

Toroidal inductors and transformers are components is in electronics, typically consisting of a circular ring-shaped magnetic core of iron powder, ferrite, or other material around which wire is coiled to make an inductor. Toroidal coils are used in a broad range of applications, such as high-frequency coils and transformers. Toroidal inductors can have higher Q factors and higher inductance than similarly constructed solenoid coils. This is due largely to the smaller number of turns required when the core provides a closed magnetic path. The magnetic flux in a toroid is largely confined to the core, preventing its energy from being absorbed by nearby objects, making toroidal cores essentially self-shielding.

In the geometry of torus-shaped magnetic fields, the poloidal flux direction threads the "donut hole" in the center of the torus, while the toroidal flux direction is parallel the core of the torus.