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N o v e m b e r 2 1 - 2 2 , 2 0 1 8 | M a d r i d , S p a i n
OF EXCELLENCE
IN INTERNATIONAL
MEETINGS
YEARS
Analytical Chemistry 2018 Journal of Chemical Technology and Applications| Volume 2
ANALYTICAL CHEMISTRY
International Conference on
Robert J Buenker, J Chem Tech App 2018, Volume 2
THE LORENTZ TRANSFORMATION AND THE
TRANSVERSE DOPPLER EFFECT
Robert J Buenker
Bergische Universität Wuppertal, Germany
According to the Δy=Δy’ equation of the Lorentz transformation (LT) of
the special theory of relativity (STR), the value of any distance interval
measured on a moving object that is oriented transverse to the velocity of
that object should be independent of its relative speed to the observer. It is
known from experiments with the transverse Doppler effect, however, that
the wavelength of light emitted from a moving source increases uniformly in
all directions with its speed relative to the observer. When one combines the
Δy=Δy’ axiom from STR with the above experimental finding, the unavoidable
conclusion is that the in situ value of the wavelength must also vary with the
state of motion of the light source. Otherwise, it is impossible to explain how
the laboratory observer could find that the wavelength of the light from the
accelerated source changes even when it is measured in a direction which is
transverse to its velocity relative to this source. Experimental measurements
indicate that this is not the case, however: the in situ value of the wavelength
of light from a given source is always the same, regardless of the latter’s state
of motion. The Relativity Principle (RP) on which STR is based also leads
to this conclusion. The only way to reconcile theory with experiment under
these circumstances is to reject the Δy=Δy’ claim of STR. Instead, one must
assume that the lengths of objects increase upon acceleration in the same
proportion as the rates of clocks slow down, independent of their orientation
to the direction of relative motion to the observer.
Robert J Buenker was working at Fachbereich C-Math-
ematik und Naturwissenschaften, Bergische Universität
Wuppertal, Gaussstr. 20, D-42097 Wuppertal, Germany.
Robert research interest includes Lorentz transforma-
tion, astrophysics, and relativity principle. Robert is an
honorary author for Journal of Astrophysics and Aero-
space Technology. Robert has authored of several re-
search articles like GPS-Compatible Lorentz transforma-
tion that satisfies the relativity principle.
BIOGRAPHY