X-Message-Number: 20771
From: 
Date: Thu, 2 Jan 2003 12:09:03 EST
Subject: Re: CryoNet #20766 Sugra

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From Robert Ettinger;

> 
> One thing stands out, if I have guessed correctly. You seem to be saying, 
> among other things, that time travel is not a physical possibility but only 
> 
> the misapplication to physics of a mathematical structure which is only 
> partly relevant to physics. (A vague partial analogy might be Newton's law 
> of 
> gravitation, which implies falsely that particles can be arbitrarily close 
> together and hence have unlimited gravitational forces between them.)
> 

I think your guess is quite correct. Well, what I said is my opinion, and 
when you have 5 indice objects with 1024 coordinates or 13 indice with 
something as 64 millions coordinates, there is a lot of guessing. It is a 
tribute to Ricci, the inventor of absolute differential calculus, that we can 
understand something to a law working with that number of parameters.


> I'm glad you have this (and other thoughts) on the record, so maybe some day 
> 
> you will at least get a little credit if you turn out to be right, but I do 
> 
> wish you would consider trying for professional publicaton.
> 
> 

the motive to publish that here are numerous:

It's a lottry: If I turn out to be right, put on ice and with no sufficient 
money to be reanimated, someone could be interested to live again a pioneer 
in a science field.

I think my way to see the world is uncommon, someday, it may be interesting 
for someone to see that at such an epoch someone had that ideas.

Some ideas could be taken up in the science community, the down graded 
version put here could recruit a writer... Anyone interested yet?

I have some ideas about potential applications. Some seems strange, even for 
me, they need that basic theory to be justified. Just a taste about one:

The molecular Van der Waals electrical force (a kind of chemical force) is 
here the local effect of a non-local electromagnetic field. The nuclear force 
is the same for the color field. The idea: move from Van der Waals to 
non-local field and then back to local ones. In the second step, nothing can 
select for electromagnetism U(1) symetry, so a part of the returned local 
field must be SU(3) color. Put simply, weak (Van der Waals) chemical 
reactions could be used to act on nuclear structures. Some proteins have long 
range Van der Waals interactions, they could induce long range nuclear force, 
that is (relatively) low temp. fusion for example.

A protein-like molecule, with high fusion fuel content could be fired by a 
low energy "particle accelerator" to a target and start a fusion reaction.

Muons can produce fusions even in liquid hydrogen, this is the true cold 
fusion. Unfortunately, they disintegrate before they have released as much 
energy to pay for their creation. Using a protein-like target would minimise 
the time a muon is used for a fusion, so it could catalyse more of them and 
get the break even energy threshold.

There is the potential for a full domain of "nuclear force chemistry". Would 
you call it alchemy?  :-)

Yvan Bozzonetti.


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