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In: The general science journal. 2004 =
http://wbabin.net/physics/asquith.pdf - 22 S.
SRT. C-S. IS. SYMMETRIE. ZWP.
Auszug: "The Twin Paradox. - The twin paradox
raises concerns that all may not be well with the way
the mathematics of special relativity has been interpreted.
- A paradox is essentially nonsense. If sense could be
made, there would be no paradox. Any mathematical
analysis that ends in nonsense has to be reconsidered.
The twin paradox is often demonstrated using the kcalculus
and an asymmetrical spacetime diagram.
(Figure 16). It has been shown that the algebra of the kcalculus
is that of the transformation equations 26 to
29. It follows that inertial frames Alex and Barbara can
only be directly compared in a symmetrical model.
Any conclusions drawn from direct comparison in an
asymmetrical model (Figure 16) will be invalid.
A symmetrical model (Figure 17) shows Alex and
Barbara ageing the same. The Symmetrical Spacetime
Model of Special Relativity has been shown to represent
the transformation equations. Interesting questions have
been raised about the measurement of time. It has been
shown that there may not be a limit to achievable velocity.
It has solved a longstanding paradox, the twin paradox."
Assis, André Koch Torres 1998
Mecânica relacional / André Koch Torres Assis; Centro
de Logica, Epistemologia e Historia da Ciência. 1. ed.
- Campinas, Brazil: Editora do Centro 1998. 349 S.
(Coleção CLE. 22.)
Engl. Übers. u.d.T.: Relational mechanics. 1999.
Status: Kritik. - Quelle: GBV.
Assis, André Koch Torres 1999
Relational mechanics / Andre K. T. Assis. - Montreal:
Apeiron 1999. 285 S.
Translation of: Mecanica relational. - Vgl. Rez. von Phipps:
Apeiron. 7. 2000, Nr. 1-2, S. 113-115. - Rez. von Chubykalo: S.
115.
SRT. ART. LORENTZ. ERK.
Entwickelt im Rahmen der Darstellung einer eigenen
Theorie (beruhend auf Webers Elektrodynamik) eine
vernichtende Kritik beider Relativitätstheorien von Albert
Einstein.
S. 125-146: Einstein's special theory of relativity.
S. 147-157: Einstein's general theory of relativity. -
Faßt seine Kritik zussammen (S. 157-159: General
comments):
(1) "They [Einstein's special and general theories of
relativity] are based on Lorentz's formulation of
electrodynamics, which suffers from asymmetries
pointed out by Einstein and many others. These asymmetries
do not appear in the observed phenomena of
induction."
(2) "Einstein's special theory of relativity maintains
the concept of absolute space and of inertial frames
disconnected from distant matter. Moreover, it introduces
another absolute entity, namely, the velocity of
light in vacuum. Nothing in physics leads to the conclusion
that light velocity should be constant irrespective
of the motion of the observer or of the detector. All
velocities known to us are constant relative to the source
(like bullets) or constant relative to the medium (like
sound velocity which is constant relative to air, irrespective
of the motion of the source). Bu all of them vary
according to the motion of the obsewrver or detector.
To assert the opposite, as Einstein did, can only lead to
the necessity of introducing strange and unnecessary
concepts in physics such as time dilation, contraction
of lengths, proper times etc."
(3) "Einstein begins to interpret the velocity in
Lorentz's force as the velocity of the test charge relative
to the observer (and not to the dielectric in which the
charge is moving, nor to a special frame like the ether,
nor to the magnet or current-carrying wire generating
the magnetic field). This Einsteinian point of view is
contrary to the interpretations of Thomson, Heaviside
and Lorentz. No experiment forced this new interpretation
of the terms appearing in the basic force law.
The induction of currents discussed by Einstein was
known since 1831, while Thomsons's paper is from
1881. Thomson (1881), Heaviside (1889) and Lorentz
(1895) maintained different interpretations although
dealing with the same experiments."
(4) "Einstein correctly pointed out that the best way
to implement Mach's principle was to utilize only the
distance between interacting bodies and their relative
velocities and accelerations. Unfortunately he himself
did not follow this route because he thought it was
impractical."
(7) "General relativity cannot explain Newton's
bucket experiment in all frames of reference, contrary
to what happens in classical mechanics."
(8) "In our view, the theoretical concepts of length
contraction, time dilation, Lorentz invariance, Lorentz
transformations, covariant and invariant laws, Minkowski
metric, four-dimensional space-time, energymomentum
tensor, Riemannian geometry applied to
physics, Schwarzschild line element, tensorial algebras
in four-dimensional spaces, quadrivectors, metric tensor
g[my,v], proper time, contravariant four-vectors and
tensors, geodetic lines, Christoffel symbols, super
strings, curvature of space, etc. have the same role as
the epicycles in the Ptolemaic theory."
Atsiukovskii, Vladimir Akimovich 1990
Obshchaya efirodinamika [General etherdynamics]:
modelirovanie struktur veshchestva i polei na osnove
predstavlenii o gazopodobnom / V. A. Atsiukovskii. -
Moscow: Energoatomizdat 1990. 277 S.
Status: Kandidat. - Quelle: LOC.
Textversion 1.2 - 2012 53
G. O. Mueller: SRT Kap. 4-Erg..