Dear Sir Smith
thank you for your e-mail
> Dear tn:
>
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> evidence or consequences that are observable by the senses.
> <END QUOTE>
please specifie which sensor sensed the dilated time
> There are empirical results. The "anomalies" exist without impressing
> subjective evaluations on them. Perhaps you meant a different word, or
> a different paradox?
how can it be empirical when none of the observers are sensing
by sensors a dilated time, but contrarry, all their sensors are
sensing empirical undilated time, anywhere and anytime?
> You do realize that the twin paradox derives from "subjective
> evaluation", right? So there is no problem, until you assume / impress
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> Can you define "right foot" or "left foot" if your species only *ever*
> has one?
if "ever" then the definition makes no sense
> David A. Smith
N:dlzc D:aol T:com (dlzc) - 22 Nov 2006 00:40 GMT
Dear tn:
> Dear Sir Smith
>
> thank you for your e-mail
...
>> > I asked you Sirs about the specifc empirical observation,
>> > but
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>
> please specifie which sensor sensed the dilated time
Which experiment? In the case of muons, it is the number of
muons present at a given altitiude.
>> There are empirical results. The "anomalies" exist
>> without impressing subjective evaluations on them.
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> all their sensors are sensing empirical undilated
> time, anywhere and anytime?
The population of (for example) muons does not indicate the
expected decay rate. More of them survive to lower altitudes
than should be able to. The sensor senses *elapsed time*, and
does it in the frame of the muons at some average speed. Which
speed can be separately measured.
>> You do realize that the twin paradox derives from
>> "subjective evaluation", right? So there is no problem,
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>
> if "ever" then the definition makes no sense
So it isn't a twin paradox, unless you have subjectively
evaluated that all clocks show an elapsed hour *now*, regardless
of what path they may have taken from an hour ago.
The paradox isn't in the data, but in the "common sense"
impressed ahead of time into the situation.
A paradox requires a pair 'a things... ;>)
David A. Smith
tn - 22 Nov 2006 00:55 GMT
> Dear tn:
>
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> evaluated that all clocks show an elapsed hour *now*, regardless
> of what path they may have taken from an hour ago.
I understand now, I hope, thanks
> The paradox isn't in the data, but in the "common sense"
> impressed ahead of time into the situation.
>
> A paradox requires a pair 'a things... ;>)
>
> David A. Smith