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Commentator

Join Date: May 2009
Posts: 64
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Radical Technological Shifts

07/29/2009 12:49 AM

Engineering can be technologically challenging especially when faced with major paradigm shifts by technological advancements. I recall a couple of such events which I have personally witnessed in my lifetime.

The first being advancements in telecommunications which have changed the way we do business and exchange information. My father was an electrical tech who installed and repaired teletype machines, the precurser to the fax modem and email. He had to end his career early at 58 (early retirement buy-out) as the organization he worked for could not justify his retraining at such a late stage in his career.

When I started my career as a Mechanical Engineer, I worked in the small CAD department of a mechanical engineering consulting firm. I watched as the CAD department rapidly grew and expanded to take over the business and the old drafting tables were traded for desktop computers. And those older techies who could not switch over to computer's were eventually let go, having to find work in other related industries or simply retired. Some of them could not grasp how to use a computer.

I believe that now we are on the verge of another radical technological shift. The idea of LENR (Low Energy Nuclear Reactions) (formerly known as cold fusion) is gaining rapid support amongst well respected, published scientists. I have been following the idea of cold fusion for close to 10 years, and am currently witnessing a lot of radical shifts in attitudes and researchers coming forward with positive results in the last couple of years.

Seems that LENR are evident in naturally occurring biological systems. For example, Louis Kervan a French scientist had puzzled for many years over the apparent biological transmutation of Mg into Ca by chickens. Although there was no calcium present in the chickens diet, they were still able to lay eggs or create calcium from other elements. So, how is this possible?

So, now the scientists are investigating the generation of hydrogen from urine, where the urea which contains hydrogen can be electrochemically released to provide fuel. I know that such ideas will upset a lot of apple-carts, as such radical changes in scientific exploration and discovery could radically shift whole sectors of industry.

What would happen to current systems and infrastructure if such technologies become readily available? Certainly food for thought.

Cheers.

Some links of interest:

http://educate-yourself.org/zsl/zslclouiskervran23jul02.shtml
http://www.rsc.org/chemistryworld/news/2009/july/02070902.asp
http://www.lenr-canr.org/

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Guru

Join Date: Jul 2007
Posts: 4448
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#1

Re: Radical Technological Shifts

07/29/2009 7:49 AM

Trying to avoid the really bad jokes that could accompany urine into fuel threads....

The big obstacle to this right now is the amount of urea available and the requirement to use catalysts. Catalysts are generally expensive, scarce, often produced in areas not politically stable, and really nasty for the environment. We'd almost have to switch over to a urine-specific sewer system to collect all the urine in a reasonmable cost-effective manner, I think.

Kervan's results have not been duplicated by others??

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"Well, I've wrestled with reality for 35 years, Doctor, and I'm happy to state I finally won out over it." Elwood P. Dowd
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Commentator

Join Date: May 2009
Posts: 64
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#2
In reply to #1

Re: Radical Technological Shifts

07/30/2009 2:17 AM

Firstly I would like to point out that I am neither a chemist or physicist, just an interested engineer who had taken all of the requisite chemistry, physics, etc while in university 25 - 30 years ago.

Urea is plentiful. No short supply there. As for catalysts, I understand that they are achieving success with Ni as well as other materials other than Pd. I do not think that a urine specific waste system would be necessary. Likely it could be extracted directly from waste treatment plants, or otherwise collected.

As for Kervan's results not being duplicated, my current online research indicates otherwise. It appears that initially his results were ridiculed and not taken seriously since the notion of biological transmutation flew in the face of current theory, termed "the invariance of matter" by a French scientist Antoine Laurent Lavoisier in the latter half of the eighteenth century.

If you are interested, here are some additional links which contain many cited references. I do not have the resources to obtain or verify these references, but it does make for some interesting reading.

Breaking the barriers between biology, chemistry and physics.

Adept Alchemy (Robert A. Nelson): Biological Transmutations

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Guru

Join Date: Jul 2007
Posts: 4448
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#3
In reply to #2

Re: Radical Technological Shifts

07/30/2009 7:58 AM

First I should point out that I almost never "think outside the box". I am a very hard-headed ex-engineer (I'm coming up on older than dirt) who believes emphatically in experimental evidence. If at all possible, I never accept theory until I can see replicable experimental evidence. I am a great believer in critical thinking and quite skpetical of any and all revolutionary new claims, whether cold fusion or mortgage derivatives.

I find no reliable evidence of anyone duplicating Kervan's claims. I find lots of citations that use the "circular citation" game, similar to those who support the HHO hoaxes. Nobody has suggested any mechanism by which this might happen. Nobody can account for the energy required for transmutations (we do understand cellular energetics pretty well).

As for the urea, I don't see any readily available source. There's a fair amount in the sewage stream, but how to separate it? As I said, we could go for a urine specific system (shades of Kaiser Bill making saltpeter!), but we're having difficulty maintaining the existing infrastructure without adding a new one. And, yes, I understand Ni to be a suitable catalyst. But it's still somewhat nasty and expensive. And, where shall we get it? I see urea generated hydrogen as an interesting sideshow, but not capable of being the main event.

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