DOPPLER EFFECT REFUTES SPECIAL RELATIVITY

When it comes to rigorous deduction, even relativists (implicitly)
admit that the motion of the observer cannot alter the wavelength of
the light wave:

http://members.home.nl/fg.marcelis/reldop.pdf
The observer O receives a light wave from the source S. The wavelength
of the emitted wave is Ls. (...) Let Ts be the time in which one
wavelength is emitted as measured by a clock that is moving along with
S. (...) Now let's suppose that the source is at rest and the observer
is moving with velocity v in the direction of the source. Let To be
the time in which the observer passes one wavelength, as measured by a
clock that is moving along with the observer. In the time To the
observer travels a distance v*To to the left and the light wave
travels a distance Ls-v*To to the right. The light's distance is also
equal to c*To.

So Ls - v*To = c*To.

Or c*Ts = c*To + v*To.

The observed period in case of a moving observer is

To = Ts(c/(c+v))
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[end of quotation]

The last result, combined with the formula

(frequency) = (speed of the light wave)/(wavelength)

entails that the observer measures the frequency to be Fo=Fs(1+v/c)
and the speed of the light wave to be c'=c+v.

Pentcho Valev