Free energy elemental rod generator ?

[NerzhDishual]

@Koen1

So, what's the news?

Sounds like I missed your March 06, 2008 message. Sorry.
I usually try to answer any message should it be perceived as perfidiously mocking.

Here 'were' the news: http://freenrg.fr/JapRod/October_2007_Update.html

I do my best. Sometimes I'm mislead.
You have the phone number of this Japanese company.
Why not give them a f' buzz?
Have you some Japanese friend?  I have not.
I live in an 'average' country in west of France.

BTW: Any Japanese guy over there?

Best

[Lawman]

For such an interesting topic, this seems to have gone very quiet.

Has there been any more news/updates ?

Regards Tim

[hartiberlin]

The video seems to be from Dr. James Schwartz
from NoahsArk Research foundation.
He confirmed to me, that it leaked out a few years ago from
his research group.

[STARAY]

I have tried to call err co of japan of no availe. Either they are on holiday or they can't speak english. I would do anything to get my hands on one of thoes boxes. If you have any information on these boxes please post on this forum or e -mail me at rayflick3@roadrunner.com.

[Xaero_Vincent]

Same here. If the elemental rod generator is real, I must have it... and oh I will.

I just tried emailing Dr. Schwartz but I have yet to receive a reply.

I know now that the rods do NOT comprise of 73/74 elements because Dr. Schwartz admitted that he a fibbed about the elements to confuse people so that they wont discover how "simple" the rods are made. I don't know what the rods shown in that 1988 video are but the newer Japanese rod generators are made of a ceramic material. The Japanese rods have greater radiant energy absorption characteristics so its the one we want to focus on anyway.

So the mysterious ceramic material is likely a powder that is compressed into a rod shape then bonded together in a kiln and gives the rod a dark matte color.

Tantalum carbide is a ceramic material available as a powder and is (what I think) makes up the first rod. The second rod is in my opinion tungsten carbide (less common as a powder) with a tantalum carbide alloy to give it a more ceramic look. The fact that the two elements are different means the rods can have opposite polarities?

Its likely we can find these materials already in solid rod form but the baking process might be necessary, so its not known if we can cheat this step.

BTW, these materials are among the toughest in the world. This means that these rods can be converted into high-quality drill bits as a secondary function. Breaking them? No way. No how.

There is another thread about these rods. Perhaps merge them together?