From: Sam Wormley on


Known xyzt coordinates of GPS satellites.
Known xyzt coordinates of GPS Receiver.
One can figure (measure) the one way speed of light 24/7.
From: kenseto on

"Sam Wormley" <swormley1(a)mchsi.com> wrote in message
news:reZne.9383$x96.8840(a)attbi_s72...
>
>
> Known xyzt coordinates of GPS satellites.
> Known xyzt coordinates of GPS Receiver.
> One can figure (measure) the one way speed of light 24/7.

That's the reason I call you a runt of the SRians. In order to know the xyzt
coordinates you need to use an assumed one-way speed of light.

Ken Seto


From: Sam Wormley on
kenseto wrote:
> "Sam Wormley" <swormley1(a)mchsi.com> wrote in message
> news:reZne.9383$x96.8840(a)attbi_s72...
>
>>
>> Known xyzt coordinates of GPS satellites.
>> Known xyzt coordinates of GPS Receiver.
>> One can figure (measure) the one way speed of light 24/7.
>
>
> That's the reason I call you a runt of the SRians. In order to know the xyzt
> coordinates you need to use an assumed one-way speed of light.
>
> Ken Seto
>
>

Wrong again Seto--Satellite xyzt coordinates are determined
from ephemeris data and Receiver xyzt coordinates can be
had from previous survey data.

From: kenseto on

"Sam Wormley" <swormley1(a)mchsi.com> wrote in message
news:%u_ne.9801$_o.6035(a)attbi_s71...
> kenseto wrote:
> > "Sam Wormley" <swormley1(a)mchsi.com> wrote in message
> > news:reZne.9383$x96.8840(a)attbi_s72...
> >
> >>
> >> Known xyzt coordinates of GPS satellites.
> >> Known xyzt coordinates of GPS Receiver.
> >> One can figure (measure) the one way speed of light 24/7.
> >
> >
> > That's the reason I call you a runt of the SRians. In order to know the
xyzt
> > coordinates you need to use an assumed one-way speed of light.
> >
> > Ken Seto
> >
> >
>
> Wrong again Seto--Satellite xyzt coordinates are determined
> from ephemeris data and Receiver xyzt coordinates can be
> had from previous survey data.

Idiot.


From: rotchm@gmail.com on
>That's not important. Both clocks will remain synchronized wrt each other
>according to all theories.

Ok, so we still agree on that, but...I am starting to wonder what is
your defenition or conception of "synchronize". Which procedure you are
using etc...

>>It still implicitly has the twls effect.

>No...no twls measurement involved.

Here we disagree. I still maintain that if you say that both clocks
travel at the same speed (measured or conveyed), then that procedure
implicitly has the twls effects.

>You can imagine anything that fits your assertion. But both SR and ether
>theories says that such a pair of clocks will remain synchronized.

So we still agree...( and again, I would like to know what YOU mean by
synchronized, and what procedure to verify that clocks are in synch)

Anyhow, the experiment you proposed to measure owls is, according to
me, still a twls experiment. And the reason that it is still a twls
experiment is because of the clause "both clocks travel at the same
speed".

In the experiment, say that 2L is the distance betwenn both clocks
after they have stopped. Then a signal is sent from one clock at its
time Ta. The other clock will receive that signal at its time Tb. The
ratio of 2L/(Tb-Ta) will give 299792458. That is what both SR and ether
theories predict. Since both theories predict the same result for that
experiment, then how can you say wich is correct?



--
If you want to be sure, then always doubt.
}:-)