Re: Distribution & Redistribution
From: Ron (ronis_at_home.com)
Date: 11/26/04
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Date: Thu, 25 Nov 2004 20:03:40 -0500
In article <30l543F311028U1@uni-berlin.de>,
"robert j. kolker" <nowhere@nowhere.net> wrote:
> Ron wrote:
>
> >
> > Out of curiosity, what would be the issue if we could space-time travel
> > and with a large vehicle?
>
> It would mean our theories are wrong.
This is not an issue of science but of thought processes. I'm okay with
theories being tweaked. I'm okay theories being modified. I'm okay with
theories being completely scrapped. I'm okay that humans are not perfect
and that we don't know everything and even that we are wrong from time
to time. Geez, I think I was wrong once today before leaving the office.
(I'm usually wrong only .3543% of the time. :)
So long as the concern is that current theories would be wrong, there is
sufficient motivation _not_ to solve the problems that are being
explored. The difficulty is not science but our own beliefs about what
it "means" to find the answer to the question of space-travel.
> A physical theory is always
> potentially falsifiable by experiment or observation. That is what makes
> it a scientific theory. Just because our theories have predicted without
> falsification until now does not mean a novel set of circumstances under
> which tye will fail does not exist. Past success is no guarantee of
> future perfaction.
>
> If you have a theory in which supraluminal speed is acheivable you must
> subject it to experimental test. In particuular you would have to actual
> move something from A to B at greater than light speed with finite energy.
>
> Do you have such a theory? Have you tested it experimentally?
>
> In December of 1900 Max Planck dropped a bombshell on physics. He
> resolved the problem of Black Body Radiation by assuming that energy
> does not come in continuous amounts but in descrete amounts. I.E. there
> are atoms of energy (we call them quanta now). This was something that
> no physicist has assumed before. He was able to get a correct formula
> for Black Body Radiation on the basis of this hypothesis. This is how
> quantum theory came to be.
>
> Now, sir, do you have a bombshell you can drop? Have you worked it out?
> Have you tested it?
>
> Bob Kolker
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