Re: The true crackpots
- From: "kenseto" <kenseto@xxxxxxxxxx>
- Date: Fri, 07 Oct 2005 15:14:44 GMT
"PD" <TheDraperFamily@xxxxxxxxx> wrote in message
news:1128626695.040370.318360@xxxxxxxxxxxxxxxxxxxxxxxxxxxxxxx
>
> mluttgens@xxxxxxxxxx wrote:
> > I presume that you recognize that the Fermilab experiments couldn't
> > prove "length contraction". Indeed,
> >
> > "In a tevatron, those collisions occur of course head-on.
> > Or, according to SR, physical bodies set in motion only shorten in the
> > direction of their motion, meaning that a proton colliding head-on
> > with an anti-proton will not observe "length contraction" of the
> > anti-proton."
> >
> > Now you are referring to HERA papers. Please give me a *specific*
> > reference where such contraction has been demonstrated. I am pretty
> > well convinced that there are none, unless in your imagination, like
> > with Fermilab :-)
> >
> > Marcel Luttgens
>
> What I'm doing is comparing jet cross sections in two environments: one
> where the source is stationary in the lab (Tevatron) and one where the
> source is moving in the lab (HERA). I don't think you're getting that
> point.
>
> Let me see if I can find something that is a little more direct for
> your tastes. Since this will be a bit older in the literature, I'll
> have to search a little harder.
>
> At least you are willing to read in the library, which is commendable
> and more than what folks like TomGee or Seto are either willing or able
> to do.
ROTFLOL....You don't even understand what length contraction means in SR. In
SR the length contraction is not physical. It is an apparent geometric
effect. It is the geometric projection of the moving rod onto the observer's
frame. From the moving rod point of view the space in the direction of
motion is contracted but the physical length of the rod remains the same.
BTW your bogus premise of physical rod contraction has the following
problem:
1. Two identical rods A and B and B accelerated away and becomes initial
again.
2. A sees B is physically contracted during B journey.
3. B turns around and rejoins A. B's physical rod length returns to the same
length as A.
4. That means that during the return trip B's physical length is physically
expanded.
5. That means that we will have both physical length contraction and
expansion. Questions: How is B know when to physically contract and when to
physically expand??
Ken Seto
.
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