Re: LET prediction wanted

From: Gerry Quinn (gerryq_at_DELETETHISindigo.ie)
Date: 09/14/04


Date: Tue, 14 Sep 2004 11:09:12 +0100

In article <c2ee115b.0409120827.11586e9d@posting.google.com>, shevek4
@yahoo.com says...
> Gerry Quinn <gerryq@DELETETHISindigo.ie> wrote in message news:<MPG.1bae3717fd1165f1989936@news.indigo.ie>...
> > In article <c2ee115b.0409082321.9e33a63@posting.google.com>, shevek4
> > @yahoo.com says...
> >
> > > I understand that LET and SR predict the same results for experiments
> > > like MMX, etc. I have seen here that the equivalence is even
> > > stronger. But how much stronger?
> >
> > All the way, basically!
> >
> Please explain to me how LET can predict the same amount of time
> dilation in clocks as SR. The time dilation in LET is a function of
> the ether flow speed through the apparatus.
>
> This should be obvious.. think about a platform moving through the
> ether with speed U. A clock is sent from one side of the platform to
> the other, such that when moving it is at rest with the supposed
> ether. SR says the moving clock runs slower than platform clocks.
> LET says it runs faster.

Sure. But say you started by synchronising the time with that on the
right-hand platform clock. Bringing it to the left platform tells you
nothing in particular (you can explore the maths a bit - but don't
forget to consider how clocks on the two platforms were initially
synchronised, and how the motion through the ether affected this!). You
have to bring it back to the right platform to compare it in a simple
way, and then it has moved faster through the ether than the platform
clocks, and will be found to have slowed down overall.

- Gerry Quinn



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