nopeda, on 16 October 2012 - 06:14 PM, said:
There would be no need for an adjustment if there were no red or blue shift because then there would be no combined velocity. Instead there IS the combined velocities of 186K... +/- the velocities of emitters relative to observers. That combination is what causes the frequency shift and imo also a velocity shift, but the velocity is later adjusted by something so that all incoming light arrives in the areas where humans have been able to detect at one velocity relative to the area. Even if that area is the entire galaxy the adjustment must be made. My guess is that light moves much faster outside of adjustment areas, which would account for how it can not only appear to slow down in order to arrive at c, but how it can also appear to speed up in order to arrive at c. Too bad you can't even appreciate the situation, much less how what I described could account for it.
No... I get it. You think that there possibly could be areas of the universe where Physics as we know it does not apply the same, so that the emitter velocity can be added to the speed of light and thus have a total speed of c+v. I simply don't believe it because all human experimentation has shown this to not be true. We can bounce lasers off asteroids, or with radar for that matter, and have detected no addition and no adjustment. Thus, the most reasonable assumption is that it is the same everywhere and c is a constant. What you are proposing is only an idea without even existing data or an experiment that can be used to verify it.
What experiment could someone provide that would be proof of your idea?
Experiments have shown that the red and blue shift is directly propostional to the speed of the emitter (or reciever). You would propose that this is true, but that the velocities would also add up on top of that. Correct? How would you explain the red and blue shift, if not with an energy difference, which would be taken from the added velocities? Do the velocities only partly add?
Edited by DieChecker, 16 October 2012 - 07:41 PM.
Here at Intel we make processors on 12 inch wafers. And, the individual processors on the wafers are called die. And, I am employed to check these die. That is why I am the DieChecker.
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