Re: Mizuno paper about explosion uploaded

[OrionWorks]

>From Jones Beene

...

> What the Casimir/ZPE explanation would amount to is
> that because the tungsten lattice is vibrating in the
> terahertz range, in any period of only one second, it
> might arguably be possible to cohere several eV of net
> energy from ZPE per proton/deuteron IF the different
> phase changes are additive, due to Casimir
> (beta-aether) pressure being able to punch the
> expansion back down. Notice that this is somewhat
> similar to Horace's AEH, and the two concepts may have
> overlap. Since HH did not mention this, perhaps he
> does not think AEH is applicable. But I believe that
> Casimir/ZPE provides the best explanation for the
> range of Mizuno's experiments with tungsten going back
> many years.
>
> All I can say is that NO WAY is this only a
> hydrogen-only explosion - IF Dr. Mizuno has supplied
> us with accurate information.
>
> Hydrogen in the headspace would have exploded in less
> than 3 seconds at this rate of temperature gain - and
> the water would never have had the chance to heat up.
> There is zero doubt about that (given accurate
> inforamtion)
>
> Jones

Two things come to mind.

I've often wondered if (1) a unique combination of EM frequencies and (2) carefully constructed topological surfaces might enhance the effect. I'm was thinking of frequencies that resonated with the surrounding tungsten atoms within the lattice. I don't remember the details offhand but I seem to recall another series of intriguing CF experiments where a laser light was added to the experiment. The result created additional heat.

It makes me think of the marching soldiers effect that are crossing the bridge. As the saying goes, it's advisable to break formation while crossing a bridge least the garrison bring the structure down with everyone marching in step. I wonder if portions of the tungsten lattice in Mizuno's jar were, to a certain extent, "brought down" by a similar resonating effect, an effect that ultimately resulted a chain reaction. I wonder if there might be a practical way to apply external EM frequencies that are tuned to the same terahertz frequency range as is suspected to be occurring within the tungsten lattice.

I also wonder if a carefully constructed surface topology applied to the tungsten lattice would be of some additional benefit as well. A visual analogy would be row upon row of nano-scaled grooves, similar to what one would see at typical Japanese rock garden. What I'm speculating on is whether supplied EM frequencies that have been specifically tuned to the desired terahertz range of the lattice structures were allowed to bounce around within a carefully constructed lattice structure (the rock garden) - whether the combination of these two factors might boost the amount of energy generated in a more predictable manner. I wonder if it might be possible to generate a collection of EM interference patterns as dictated by the surface topology that might, in turn, become magnified in desirable ways, and that could be taken advantage of in driving the tungsten to generate additional heat in a predictable manner.

I would imagine one of the major problems with the current effect (besides its unpredictability) is the fact that it seems to be extremely destructive! Gotta figure out a way to make it reusable.

I would also imagine that by today's technological standards to attempt the construction of such a nano-scaled "rock garden" surface topology to the tungsten lattice structure would be a pretty damned difficult feat in itself. Very sophisticated nanotechnology would be involved.

Needless to say, this is all uninhibited pie in-the-sky-speculation on my part.


Regards,
Steven Vincent Johnson
www.OrionWorks.com