Need EE to figure out Professor Shinichi Seike's G-strain energy absorber device

[citizendc]

Hello Op,

In answer to your question, I do not know why Naudin chose those transistors. I am speculating, perhaps Naudin couldnt get hold of the original transistors Seike used.  I remember he noted he wanted to replicate the experiment again using the 2SC521A transistors.

I've replicated Naudins experiment and Seike's using the rather rare 2SC521A transistors. The results were different.
For more info see my reply on the energetic forum: http://www.energeticforum.com/renewable-energy/4564-gsea-naudin.html
Unfortunately the images of the experiment are not available at present, Ill put them back up in 48 hours.

I stopped further development at the time because I didnt know what to make of the results. Perhaps if we work together we can make better progress.

Best,
C

[TinselKoala]

Did your transistors frost up? That, I'd like to see.

The 2sc521a is available from UTSource. It takes about 10 working days to receive your order after ordering on-line. I've done two orders from these people and have no complaints.

http://www.utsource.net/2sc521a.html

[citizendc]

No, but they ran cool when compared to the transistors Naudin used.

Images are uploaded. I'm going to source some non inductive resistors as recommended by EGMQC from the energetic forum and compare the results.
Thanks for the transistor source I still have 3 spare. I purchased mine from littlediode.com for reference.

[e2matrix]

Fascinating circuit - I'm surprised there has not been more interest in it.  I see here and on EF most of this was from a couple years ago.  Poynt99 said he was going to contact Bob Boyce but I didn't see any response about the outcome if he did. 
citizendc,  Very nice work you did on this but I'm uncertain of what results you achieved.  It sounds like you had something really good.  I think I have all I need to put this together with TIP3055's but I'm not really clear on whether JLN was getting something close to OU.  It sound like it may have been at the higher voltages but it wasn't real clear to me on that either.   Sounded like Boyce had OU but he shelved it?   I guess sometimes when a person has a huge success standing right in front of them personal limitations kick in and people sometimes run scared from their own super success potential.  People are often not comfortable with huge life changes and a major breakthrough in energy could definitely be life changing.   Such a simple circuit - something about it's geometry that fascinates me....

[citizendc]

>>  I see here and on EF most of this was from a couple years ago.

Yes, at the time I was active a bit more active in the OU community.
I did one more experiment replicating another of Seike's endless amps and shelved all further research as my real life job/work was becoming a bit too demanding.

The last experiment can be seen here (ive restored the website) --> http://www.poweroverair.com/
Note the website is incomplete in areas.

>> Such a simple circuit - something about it's geometry that fascinates me

I know what you mean.


This circuit is only a piece of the full design that is shared in Seike's work (see he's ultra relativity book). I think Seike published this simpler circuit to support he's theories, leaving the researcher to follow from there.
The full circuit includes a barium titanate (Dielectric and Piezoelectric) core surrounded by this endless amplifier with some additional components (plenty of mobius coils).

My own findings with the 3 phase endless amp circuits revealed a voltage increase. There was no outright OU effect for me with the 3 phase design but that doesnt mean its not possible.
What did impress me was that Seike's transistors ran cold while the TIPP transistors ran quite hot, both showed a voltage increase and high frequency tho.

Once I have tested the 3 phase amp with non inductive resistors I plan to setup a 9 phase circuit using smaller cost effective transistors (recommended by Seike). I am curious to see what the differences are in the frequency and voltage with more phases.

>>  I think I have all I need to put this together with TIP3055's

Cool, if you replicate the circuit, post your findings; I'm interested to hear about any results or observations you make.


C.