Longitudinal wave research

[Jdo300]

Hi Jason,
I watched your videos, very good.
Is this not just an antenna effect where the RF energy is radiating through your piece of metal  or piece of wire?
The result being you get a potential across the LEDs.
If you have say a 1 Meg resistor in series with the function generator will you see the same results?
You still have a pulse but very little current flow to light the LEDs.

If a bird lands (not that they would) on a TV transmitter antenna, how long does it take before it burst into flames

Regards
Rob

Hi Rob,

That very well could be the case. My interpretation is that the piece of metal that is added to the circuit acts as a reservoir of charge that can be shuttled around in the Diode loop by the changing potential from the function generator. I can't say that it was overunity or anything because I had no way to take input measurements on the function generator. The effect was what I found most fascinating.

God Bless,
Jason O

[Jdo300]

OK everyone,

Here are the links to the videos of the TPU:

http://www.youtube.com/watch?v=X6NlO-fVr_U
http://www.youtube.com/watch?v=I3x4Jy7DcwY
http://www.youtube.com/watch?v=aYtzwwRD8yA
http://www.youtube.com/watch?v=x7ZowgyGOVw
http://www.youtube.com/watch?v=putV7OPxLD4

Also, notice in the videos that I mention the circuit works better when the coil becomes charged! This is in line with what Bob has been telling us about the output bias! It's all there guys!

God Bless,
Jason O

[tao]

Highly recommend the viewing of Konstantine Meyl's "Power Engineering Scalar Field Theory - Faraday vs. Maxwell and Demonstration of Longitudinal Wave Transmission (Konstantin Meyl) (2003)"...

He really goes into everything, nicely....

That 18 minute clip was from this same video, but the 1hr30mins before those 18 minutes, that is where the model is fully described, quite awesome.

[MarkSnoswell]

@ Tao -- do you have link for that video?  ... Konstantine Meyl's "Power Engineering Scalar Field Theory - Faraday vs. Maxwell and Demonstration of Longitudinal Wave Transmission (Konstantin Meyl) (2003)".



OK... I am realt running out of time. I'll be in the US for most of next month and I wanted to provide an update before I get too busy.

Attached are some pictures of various coils I have lying around. I have another whole collection of very interesting coils but their not for public display just yet. -- see , I do a resonable amount of experimental work

I have a heap of counterwound coils -- easy to make when you know how... you make the two coils seperatly, push them together and spot glue with superglue. The trick is that two counterwound coils are not topologically linked... something no one seems to have noticed before! (you should see the array of truly stupid methods the CTHA patents have for winding counterwound coils!) ...the reason I point this out is there are some key tests I want to do and someone else may get a chance long before I will...


Fact: I'ts easy to detect longitudinal wave resonance mosd in a long, single layer solenoid coil.

Question 1: Is it easy to detect a longitudinal wave resonsnce mode in a narrow open wound solenoid?


Hypothesis: A counterwound coil will cancel out the magnetic field and elimenate the normal quater wave transverse wave resonance mode. However it will not elimenate the longitudinal wave resonsnce mode.

Experiment: Make a long counterwound coil. Keep the two coils electrically seperate. Drive one component coil at a time (open ended) and identify the quater wave transverse and the  half wave longitudinal wave resnonsce modes. Now drive both component coils at once -- this should elimenate the transverse wave resonsnce but leave the longitudinal wave resonance.

Anyone up for testing this out? I will be doing this when I get back in September. I will also test with a ferrite core to try and slow down the wave to bring the resonsnce down into a more managable frequency range.


Hypothesis: As the primary transmission component of longitudinal waves is a dielectric wave parallel to the transmission direction then a coil of cunducting material may be replaced by a single solid dielectric transmission line. I plan to test teflon, carbon and ferrite. (I have already done ferrite tests -- with a possitive results although there is great complications due to the magnetoelestic and villari effects). I also plan to test carbon fiber coils (I have a big roll of carbon fiber tow sitting around which helps).


and now for the pics...

cheers

mark.

[Motorcoach1]

I would like this say this and with out disput, nothing , badÃ,  about Bob but .. the the phicÃ,  worldÃ,  and Dr Snoswel we got a real problem, ,, the alinement of the iron busmuthe in the toriiod is not moulueculrcsrd alined, we need to frezze this to 301 to 322 below zero to aline theÃ,  structure,Ã,  the acustily affected streinght is the bias the out put. otherwis we will get the lighting effects due to the collapps of the b feild in witch the LMD mag feilf take over the toaltal effect ,Ã,  are you going to be in the states long i need to caht with yo on the 25 dr na 15 ditomic effetsÃ,  dammm i benn up to long get in touch with DR snoswell ,,,,, i'm lostÃ,  MikeÃ,  Ã,                  PS  in construction of magnetics oand molecurler reconstruction I'm no genious , I know how to make lighting !  but power eludes me , it has always been a product  of  the by product of the model but never a product to use.