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ent way (in fact only illuminated dierently in its own<br />
rest frame) can be seen to expand. Certainly both effects<br />
cannot be dynamically explained. In fact the Lorentz<br />
Transformation, as applied to space-time, describes only<br />
the appearance of space-time events, a purely geometrical<br />
property. The apparent distortions are of geometrical<br />
origin, the space-time analogues of the apparent<br />
distortions of objects in space, described by the laws of<br />
perspective, when they are linearly projected into a two<br />
dimensional sub-space by a camera or the human eye."<br />
Field, John H. 2000<br />
Two novel special relativistic effects: space dilatation<br />
and time contraction / J. H. Field.<br />
In: American journal of physics. 68. 2000, S. 367-<br />
373 (? 267-274?).<br />
Auch unter URL: http://arxiv.org/pdf/physics/<br />
0004012v1 - 18 S. - Status: Kritik. - Quelle: Autopsie.<br />
Field, John H. 2001<br />
Space-time exchange invariance: special relativity as<br />
a symmetry principle.<br />
In: American journal of physics. 69. 2001, H. 5,<br />
S. 569-575.<br />
Status: Kandidat. - Quelle: Galilean electrodynamics.<br />
15. 2004, Nr. 1, S. 3-7.<br />
Field, John H. 2007<br />
Clock rates, clock settings and the physics of the<br />
space-time Lorentz transformation / J. H. Fields. -<br />
[Schweiz]: WWW 2007. 7 S.<br />
URL: http://xxx.lanl.gov/pdf/physics/0606101v4 .<br />
SRT. LORTF. ZEIT.<br />
"Abstract - A careful study is made of the operational<br />
meaning of the time symbols appearing in the spacetime<br />
Lorentz transformation. Four distinct symbols,<br />
with different physical meanings, are needed to describe<br />
reciprocal measurements involving stationary and<br />
uniformly-moving clocks. Physical predictions concern<br />
only the observed rate of a clock as a function of its<br />
relative speed, not its setting. How the failure to make<br />
this distinction leads to the conventional predictions of<br />
spurious 'relativity of simultaneity' and 'length contraction'<br />
effects in special relativity is explained."<br />
S. 6: "The spurious RS and LC effects are the result<br />
of a confusion between arbitary clock settings and<br />
physical time intervals. Physics determines only the<br />
rates of clocks. Their settings are arbitary and have no<br />
physical significance. - Even though it is clear from<br />
the above that the RS effect predicted by conventional<br />
special relativity theory results from an erroneous<br />
argument, its existence (or non-existence) is still<br />
experimentally testable. Some specific satellite-borne<br />
experiments have recently been proposed to search for<br />
the RS effect [9, 10]. At the time of writing, there is<br />
G. O. Mueller: SRT. Kap. 4-Erg.<br />
122<br />
ample experimental verification of TD but none of RS<br />
or LC [9]."<br />
Field, John H. 2007<br />
The local space-time Lorentz transformation: a new<br />
formulation of special relativity compatible with<br />
translational invariance; 30.11.07 / J. H. Field. -<br />
[Schweiz]: WWW 2007. 46 S.<br />
URL: http://arxiv.org/pdf/physics/0501043v3 -<br />
arXiv pre-print:<br />
http://xxx.lanl.gov/abs/physics/0501043v3<br />
Status: Kritik. - Quelle: Autopsie.<br />
Field, John H. 2007<br />
Proposals for two satellite-borne experiments to test<br />
relativity of simultaneity in special relativity: 7.3.07<br />
/ J. H. Field. - [Schweiz]: WWW 2007. 17 S.<br />
URL: http://arxiv.org/pdf/physics/0509213v4<br />
arXiv pre-print:<br />
http://xxx.lanl.gov/abs/physics/0509213v3<br />
Status: Kritik. - Quelle: Autopsie.<br />
Field, John H. 2008<br />
A sign error in the Minkowski space-time plot and<br />
its consequences / J. H. Field. - [Schweiz]: WWW<br />
2008. 25 S.<br />
Quelle: arXiv:0805.3640v1 [physics.class-ph] 23 May<br />
2008<br />
SRT. RAUM-ZEIT. MINK. POPUL.<br />
"Abstract. - A sign error in an angle while drawing the<br />
original Minkowski plot has persisted for a century in<br />
text books and the pedagogical literature. When it is<br />
corrected, the 'length contraction' effect derived from<br />
the geometry of the plot disappears. It is also shown<br />
how the 'relativity of simultaneity' effect that has been<br />
derived from the plot results from a lack of correspondence<br />
between certain geometrical projections on<br />
the plot and the properties of the physical system - two<br />
spatially separated and synchronised clocks in a common<br />
inertial frame - that they are purported to describe."<br />
[...]<br />
"Summary. - The manifest translational invariance<br />
of the TD relations in (2.13) demonstrate the spurious<br />
nature of correlated 'relativity of simultaneity' and 'length<br />
contraction' effects that have hitherto, following Einstein<br />
[1], been derived from the LT, as explained in<br />
previous papers by the present author [2, 3, 4] and<br />
Section 2 of the present paper.<br />
Alternative derivations of 'length contraction' from<br />
the geometry of the Minkowski plot are shown to be<br />
flawed by a sign error in an angle, when drawing the x'<br />
and t' axes on the original Minkowski plot [5], which<br />
has been propagated, uncorrected, in essentially all textbook<br />
treatments of the subject, as well as the use projection<br />
operations at variance with those required by the<br />
LT. When the correct projection and scaling operations<br />
Textversion 1.2 - 2012