On Tue, 13 May 2008 00:33:04 +0100, "Androcles"
wrote:
"Dr. Henri Wilson" HW@.... wrote in message
.. .
| | alphaR = vt, you silly old dope.
| | You are saying that ct = 2piR.
|
| Which it does, and
| (c+v)t = (2pi + alpha)R,
| (c-v)t = (2pi - alpha)R.
|
| OK, that's viewed in the nonrotating frame. Alpha is the angle the
| source/detector moves through during the time it takes for light to go
around
| the ring.
|
Ok... that's ****ing obvious.
| My equation is for the rotating frame in which both rays appear to move at
c
| wrt the source/detector.
| ct = 2piR + alphaR
In the rotating frame the "observer" (what or whomever that may be) doesn't
move at all, he goes along with the rotating frame. You don't move with
respect
to the city of Sydney, but you do move around the Sun by one degree a day
(alpha).
As far as you are concerned the speed of light from your home to downtown
Sydney
is c and the distance is ct. It is NOT ct-alpha.R, you have to be off the
Earth to make
that determination. You can't frame hop, Wilson.
Look, I've tried to explain this to relativists but they're too dumb to
understand. You are more intelligent so can probably see what's going on. Read
carefully.
Consider you are on the ring and rotating with it at v.
Next to you is another ring that is NOT rotating.
At certain instant, you emit two pulses of light in opposite directions around
the ring. You also place a mark on the nonrotating ring.
What happens to the mark?
Answer: it appears to move away from you at v.
By the time the pulses return, the mark has moved a distance vt away.
Of course YOU have no way of knowing that the mark represents the original
position of the emission point or that you are rotating with a peripheral speed
of v. You have every reason to believe that both pulses move away from you at c
and travel the same distance, 2piR in the same time. You are therefore
mystified by the fact that they are not in phase when they reunite.
This is a perfect example of how the use of rotating frames can be misleading.
In fact, the rays travel different distances EVEN IN THE ROTATING FRAME.
AND their wavelengths are the same.
| Alpha is the angle through which the STATIONARY EMISSION POINT of each
'ray
| element' moves (backwards) in the rotating frame.
We know that, but the STATIONARY EMISSION POINT is OUT IN SPACE
for a TV signal sent from a tower in Sydney, and even then it is not
stationary,
the Sun moves too.
We're only interested in rotation here not linear movement or position.
Rotation is absolute. Every rotating object has an associated nonrotating frame
perpendicular to and at rest with its axis of rotation.
|
| Relativists Roberts, Andersen et al have persistently failed to
acknowlegde
| that this happens...which is why their traditional refutation of BaTh
using
| Sagnac is a joke. They consider that viewing a rotating ringgyro in the
| rotating frame is identical to a nonrotating gyro in the nonrotating
frame.
Those are clueless ****heads that never understood the simple mathematics
of the Principle of Relativity, which is nothing more than the vector
addition
of velocities. Where YOU go wrong is that you make stupid and untrue
statements like
"A rotating frame is not a 'rotating frame'...
hahahahhahahahaha!" --Wilson
It isn't a rotating 'frame'....as in 'picture frame'.....as you seemed to
believe at the time.
"There is no doppler shift in BaTh." -- Wilson
http://tinyurl.com/2rk695
I clearly stated, "there is no doppler shift AT THE SOURCE in BaTh".
Why should I waste my time with crap like that?
You waste your time writing crap most of the time.
| Relativists belong at the arse end of Physics I'm afraid...but I'm sure
you
| know that already..
Of course I know it. ****ing cranks, the lot of them.
|
| Moreover, I can make v = c/2 and it is still correct, alpha = pi, whereas
| you have a
| straight line effectively subtracted from a semicircle.
|
| Look, you stupid old sheep shagger, I know what you MEAN but all we are
| debating here is the correct way to describe it algebraically.
| That means no ****ing change in t, only a change in distance.
|
| t = (2pi + alpha)R / (c+v)
| t = (2pi - alpha)R / (c-v)
| t = 2pi.R/c
|
| Now we do NOT have t on both sides of the equation, but your way we do.
|
| | t is the same in both cases, only the distance changes.
| |
| | Ewe are near enough to a sheep, ewe have the same mathematical
| | abilities as one. The drunken mind of an aussie sheep shagger works
| | in strange ways, making two spelling mistakes in one sentence,
| | "enought" and "straght".
| |
| | **** off.
|
| Don't you mean ****t of?
|
| Where's Poe? He's dropped off the radar for three weeks now and I
| had him on the hook, begging me to tell him the experiment that
| proves SR is crap. All my ducks in a row and he vanishes.
|
| They usually disappear when they know they're beaten....
|
Yes, but mostly they come back for another hiding under a new name
so that I can plonk them again. Perhaps the old chap isn't feeling so good.
I'd like to know what happened to Dishman. He was good value. I fear he is not
with us any longer.
Henri Wilson. ASTC,BSc,DSc(T)
www.users.bigpond.com/hewn/index.htm
.....specialising in teaching physics to engineers and mathematicians....