Do you realize that the c+v light catching up to and passing the slower
c-v light is what NEWTON would predict, not Einstein? If the speed of
light is constant, light emitted later can NEVER catch up to light
emitted earlier! But c+v can catch up to c-v.
Do you even understand the concept of something that moves faster than
something else but starts after it, will catch up to and eventually pass
it, so it arrives first? Perhaps think of what really happens with
Achilles and the tortoise?
Instead, you show lack of understanding and try to insert paranoid
anti-Semitic rants instead.
>
> In this case, you think the binary star is stuck in space, while also revolving, so in this peculiarly schizophrenic state, like de Broglie, you posit that there will be interference between the fast and slow light.
??? Not "interference" but the fast light catches up to the slow light,
so there would be two images, the fast light image and the slow light image.
>
> What is amazing is how totally warped your mindset is, which led to my exclamation "so what".
The whole point is easy enough to understand that a small child
understands it. (c+v can catch up to c-v) Yet you don't, so you respond
"so what"????
>
>
>>> All it will show when it lands up on Earth will be its blueshifted light at the time and from the place it was many years ago.
>>> This is when a snap is taken just for the star at that particular point of time and place.
>> Nope.
> Yes, and nothing else.
>>
>> I'll simplify the situation more since you seem to be unable to see the
>> problem.
> Looks like you will start the imaginative conjectural woolly stuff now.
>
>>
>> Let's ignore the other star.
>
>
> Why the hell, we were talking of binary stars weren't we.
I'm trying to simplify it so that even you can understand it.
>
>> Say it is very massive so it doesn't "move"
>> much while the two orbit but it emits little light. Say a neutron star
>> or black hole.
>
> Okay let us ignore the imaginary conjectural stuff and let us thus say there is a very large dark star with no hydrogen cover around which the much smaller bright star revolves.
>
>
>> Let's say the light from the approaching side, moving at c+v according
>> to cranks, catches up to the light purportedly moving at c-v, exactly
>> when the light reaches earth.
>
> Let me emphasize this is pure, absolute, moronic nonsense worthy of all the criminal Einsteinian frauds calling themselves scientists.
> We see the light from any star at a given time when it is just at one point in space. Never ever from elsewhere.
> So there is never any issue of light coming from the same star months or years later from some other point in space.
> Of course the light moving faster will reach sooner. With proper focus, light from other sources are naturally filtered out or drowned, so its velocity is known by Doppler effect.
> Any snap of any star can and will only show its redshift or blueshift if moving radially to us.
You do realize, don't you, that this entire blurb depends on a CONSTANT
speed of light! If we see the redshifted star and half an orbit time
later we see the blueshifted star, and the distances in both cases are
the same (true for binary star seen edge-on), and the time in both cases
are the same, that means both speeds must be the same! Therefore
disproving two different speeds of c-v and c+v!
>
>
>>>> What would that look
>>>> like through a telescope from a real star,
>>>
>>> What real star?
>> I should have said "of a real star", the telescope on earth is observing
>> the binary star.
>>
>> What does the observer see as the light from the approaching part of the
>> orbit catches up to the receding orbital light when both reach earth?
>
> It is totally irrelevant. The observer will see just one star and its light whether it is shifted red or blue or not.
> The telescope will show the light and frequency of the star at the time and place it was snapped.
You mean what it looked like at the time and place the light was emitted?
> ****** important***
> The light from what happened six years say later that came from the same star in another part of space from which currently at this angle there is no light at all, is totally irrelevant.
But according to cranks' c-v and c+v beliefs, that fast light reaches us
not 6 months later, but at a different time. In my example it arrives AT
THE SAME TIME as the slow light! So we see two images.
> ****** end important *****
> Point is now, will the moron Moroney get it, or will it remain as moronic as ever?
> Remember that the star is moving, like Earth and other heavenly bodies.
The barycenter is stationary relative to us in this example, if I didn't
make it clear and you didn't understand it. Are you trying to confuse
matter by introducing an additional motion?
> Dull simple robotic minds like Moroney soooooooo need the Aristotle static stuff.
> Centuries after Copernicus, Galileo and Newton have not changed uthem.
>
>
>>
>> They'd see two star images, on each side of the other star, one
>> blueshifted, one redshifted. Yet there is only one star.
>
> They will never do that , save in your wrong, corrupt, idiotic, ridiculous, incompetent thought-experimental imagination. I explained why earlier. Hope you have some wits in your moronic brain to grasp that. Hint: the star moves.
It orbits the other star. Or are you trying to confuse matter by
introducing an additional motion?
>>
>> (actually there's all the light from the in-between orbital time which
>> is why we'd see a mess)
>
> Do some focussing. Focus on one star and see its shift. That is all. Too easy to confuse by bungling, to show a mess to justify fake nonsense notions posing as theories.
Which is why I tried to simplify things so that even you could
understand it. Apparently you still don't. Do I have to type slower as well?
>
>>
>> However, in real life, if we watch the star over several orbits, we'd
>> see one simple image of the star, moving side to side while alternating
>> between blueshift and redshift.
>
>
> Absolutely correct. Take snaps of it with focus and that will show how the Doppler effect works with varying light speed.
And it shows that the light from both ends of the orbit take the same
time to reach us.
>>> A snapshot of a star can only give the light from a point in time and space.
>> And that's what we see. We don't see the c+/-v mess.
>
> Certainly we see that from the redshift or blueshift.
And we'd see the fast light overtaking the slow light as well.
> Works very well for the distant galaxies as shown by a leaked Hubble photograph at the point when space was supposed to show edge of the universe.
Trying to distract from the discussion? BTW you need to provide a
pointer to the original with the original definition of what the false
colors indicate, rather than making up your own crap about "leaked
images", if it is to be evidence of anything.
>
>>> No question of any mess. Positions of the star at other times are irrelevant. The light that comes to the telescope from a star has nothing to do with the light from the star at other places and times.
>> Apparently you are unable to understand what happens when faster light
>> catches up to slower light when both reach earth.
>
> Nothing to do with getting the faster or slower light to join up, for reasons earlier explained.
You don't understand the concept of faster light emitted later would
catch up to, and eventually pass, slower light? You don't even
understand how we'd see clear images of how the star appeared a fixed
time ago supports a constant speed of light? You are as confused as the
janitor who keeps reversing things to try to disprove time-related
things. Here, you are using evidence for the constancy of the speed of
light to claim the speed of light isn't constant! How stooopid is that?
>
>>>
>>>
>>>> Real binary stars
>>>
>>>
>>> So what sort of stars you were talking about just now above?
>> Binary stars in the bizarre alternate universe where light moves at c+v.
>
> That is the real universe
Not according to what we see.
>>> appear just fine, with light from only one part of the
>>>> orbit reaching us at a time. No overlapping red/blue shifted light, no
>>>> mess. As we watch it we see the light go from redshift to neutral to
>>>> blueshift to neutral to redshift..., nice and neat. This is because the
>>>> crackpots are wrong, all the light from the binary star reaches us at c.
>>>
>>> No, the shifts happen because when the star goes away or comes toward, with different light speeds.
>> Different light speeds means we'd see light from different times in the
>> past as the star moves. One at x/(c+v) the other at x/(c-v). They are
>> different.
>>> If it was all c there would be no shifts at all.
>> Nope. Einstein worked out the Doppler effect as affected by SR.
> More bungling by Einstein, then, with twisting ofbthe wavelenght lengths, absolutely criminal fraud there too. If c cannot change, lambda must!
And it does as shown by diffraction gratings.
> That bungler could not work out the truth behind the nulls in MMI, which happen with light speed variance.
> I made that clear in 2005 and also recentl.
The MMX cannot differentiate between a ballistic theory of light and SR.
It merely disproved a certain form of aether.
Other experiments (including the binary stars in this topic) disprove
c+/-v theories of light.
>>
>> Since you are delusional, perhaps you don't understand the concept of
>> how actual scientific evidence/observations always overrules theory.
>> Light moving at c+/-v means that binary stars would look bizarre through
>> a telescope. Light moving at c predicts they'd appear simple, what you'd
>> expect, one star moving side to side of the other star while alternating
>> redshift and blueshift. We'd see how the binary system appeared x/c
>> years ago, where x is distance. That's what we see, which rules out
>> c+/-v light.
And you try to use a constant speed of light to show the speed of light
is not constant! How dumb is that?