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Smid, Thomas 2009
Physics myths and physics facts [Internetportal]: flaws
in concepts and theories of modern physics; (special
relativity:
www.physicsmyths.org.uk/relativity.htm)
Thomas Smid. - [England]: WWW 2009. Ca. 40
Dateien.
URL www.physicsmyths.org.uk
Status: Kritik. - Quelle: Autopsie.
Smid, Thomas 2010
Time dilation and twin paradox debunked / Thomas
Smid. - [U. K.]: WWW 2010. 2 S.
URL: www.physicsmyths.org.uk
Status: Kritik. - Quelle: Autopsie.
Smolin, Lee 2008
The trouble with physics: the rise of string theory, the
fall of science and what comes next / Lee Smolin. -
London: Penguin Books 2008. 392 S.
ART. UNENDLICHKEITEN. ÄQIVAL.
STRINGTHEORIE. SOZIO.
Stellt das Problem der ART mit unendlich großen
Materiedichten dar (S. 5): "At the point at which the
density becomes infinite, the equations of general relativity
break down. Some people interpret this as time
stopping, but a more sober view is that the theory is
just inadequate."
Feiert dennoch die ART durchgängig als die großartige
Grundlage der theoretischen Physik, insbesondere
die Vereinigung von Beschleunigung und Gravitation
(S. 40): "Einstein recalled realizing that a person falling
from the roof of a building would feel no effects of
gravity as he fell. He called this "the most fortunate
thought of my life," and he made it into a principle,
which he called the 'principle of equivalence'. It says
that the effects of acceleration are indistinguishable
from the effects of gravity [Fußnote 2]. - So Einstein
succeeded in unifying all kinds of motion. Uniform
motion is indistinguishable from rest. And acceleration
is no different from being at rest but with a gravitational
field turned on. - The unification of acceleration with
gravity was a unification with great consequences. ..."
Während im Text (S. 40) das Äquivalenzprinzip
erfolgreich die Beschleunigung und die Wirkung eines
Gravitationsfeldes als nicht unterscheidbar erweist, heißt
es in der Fußnote 2, die sich erst auf S. 360 findet: "There
is a caveat, which is that this applies only to observations
that take place in small regions of place over small intervals
of time. If you fall far enough to see that the strength of
the gravitational field changes, you can distinguish
gravity from acceleration."
Beschreibt - als Hauptthema des Buches - am Beispiel
der ausschließlichen Förderung der Stringtheorie
in der theoretischen Physik seit 2 Jahrzehnten dieselben
Strukturen des Faches, mit denen seit 90 Jahren die
SRT als die einzig wahre Wahrheit am Leben gehalten
wird: den Machtmißbrauch der akademischen Gremien
zum Ausschluß aller Nicht-Anhänger der Stringtheorie
von den Forschungsmöglichkeiten. Die Parallele zur
Stigmatisierung der SRT-Kritiker sieht der Autor
allerdings nicht. � Man fragt sich, was eine "unification
with great consequences" wert ist, wenn der
Autor dann doch zugeben muß: "you can distinguish
gravity from acceleration."
Smolin, Lee 2009
Die Zukunft der Physik: Probleme der Stringtheorie
und wie es weitergeht / Lee Smolin; [Übers.:] Hainer
Kober. - München: DVA 2009. 494 S.
Originalt.: The trouble with physics.
Status: Kandidat. - Quelle: GVK.
Smoot, G. F. 1980 ca.
U2 anisotropy experiment / [G. Smoot]. - [USA]:
WWW 1980 ca.. 6 S.
URL: http://aether.lbl.gov/www/projects/u2/
Status: Kritik. - Quelle: Autopsie.
Smoot, G. F. 1991
Preliminary results from the COBE Differential Microwave
Radiometers: large angular scale isotropy of the
cosmic microwavebackground / G. F. Smoot et al..
In: Astrophysical journal. 371. 1991, 10. April, Part
2. Letters, S. L1-L5, 2 Tafeln.
URL: http://articles.adsabs.harvard.edu/cgi-bin/
nph-iarticle_query?1991ApJ...371L...1S&data_type=
PDF_HIGH&whole_paper=YES&type=
PRINTER&filetype=.pdf
Status: Kritik. - Quelle: Autopsie.
SRT. CMBR. COBE.
S. L1, Abstract, Auszug: "The dipole anisotropy, attributed
to the motion of our solar system with respect to
the CMB reference frame, shows strongly in all six sky
maps and is consistent with a Doppler-shifted thermal
spectrum. The best fitted dipole has amplitude 3.3 +-
0,2 mK in the direction [...] There is no clear evidence
in the maps for any other large angular scale features.
[...] All limits are given at the 95% confidence level
and reflect currently estimated limits on systematic
effects. These measurements place the most severe
constraints to date on many potential physical processis
in the early universe, such as anisotropic expansion of
the universe, very long wavelenght gravitational waves,
cosmic strings, and large-scale primordial fluctuations."
S. L4: "The large-scale geometry of the universe is
well described by a Robertson-Walker metric from the
surface of last scattering to the present. While the limit
is very model dependent, we can conclude that the
universe is rotating less than 3 x 10^-24 rad s^-1 , or
less than 1/10000 of a turn in the last 10 billion years
..."
Textversion 1.2 - 2012 293
G. O. Mueller: SRT Kap. 4-Erg..