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New Theories / Re: Angular aberration and a big bang
« on: 06/11/2017 11:36:51 »
The transversal Doppler effect
Imagine that you're observing a moving source. The source is moving neither away from you nor towards you - it is moving exactly sideways (or, put differently, it is moving exactly at right angles to the direction in which you are observing it)
You will still find a Doppler shift. The frequency of whatever wave the source is sending your way will be lower than if the source were at rest.
w=ωR,The distance increases, the R grows, and the ω fall.
But w is still growing.
By the relativity theory (cause dilation of time):
f=f0
transversal θ=90°
Classical Physics gives:f=f0
This observation confirms.
Imagine that you're observing a moving source. The source is moving neither away from you nor towards you - it is moving exactly sideways (or, put differently, it is moving exactly at right angles to the direction in which you are observing it)
You will still find a Doppler shift. The frequency of whatever wave the source is sending your way will be lower than if the source were at rest.
w=ωR,The distance increases, the R grows, and the ω fall.
But w is still growing.
By the relativity theory (cause dilation of time):
f=f0
transversal θ=90°
Classical Physics gives:f=f0
This observation confirms.