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For Physicists
(articles for the layman listed below)
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Super
K: Super Non-Evidence
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Twentieth
century Physic's equivalent of "Fantasia" has been the neutrino.
In a recent publication on the Super-Kamiokande Neutrino Detector,
physicists actually show the ultimate proof of neutrino "non-existence".
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Neutrinos
at Fermi Lab
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Questions
regarding neutrino detection at FermiLab and elsewhere, where neutrino
beams are under the control of a proton beam that is turned on and
off, have been asked very frequently. As the question is directly
related to "background" events which yield the same neutrino-like
reaction, and also to the "shield" or "filter" used to reduce the
background, a detailed analysis of the problem follows.
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Experimental
Evidence Against
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In
this article from Physics Review, Buechner and Van de Graaff in
an MIT experiment conclude: "no energy is carried out of the calorimeter
by neutrinos or other penetrating radiation. It thus appears that
the production of such radiations cannot account for the large extra
energy losses reported from cloud-chamber experiments."
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Super
Nova, 1987A
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Supposedly
the strongest evidence for the neutrino was gathered during the
super nova explosion of 1987. Yet if you look closely at the data,
it is very suspect.
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1995
Nobel Prize Rebuttal
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Read
why the Society for the Advancement of Autodynamics is outraged
by the award of a Nobel Prize for Physics to highly speculative
work on the Neutrino Hypothesis.
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For the Layman
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Neutrino
Origin
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The
neutrino originated with Special Relativity's inability to account
for the extra energy in decay phenomena. This fact is often ignored
by neutrino students and physicists making claims that decay is
not the only origin of neutrinos. Here is a history and explanation.
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SAA
Commentary
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Today,
there are few people who question neutrino existence. There are
two reasons: (1) its supported by mainstream physics, (2) there
have been no alternatives.
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Neutrino
in the News
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Here
are some excerpts that have appeared in the mass media during that
last few decades.
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Neutrino
Delirium Tremens
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The
mass, type, color, spin, and other characteristics of neutrinos
continue to grow. According to Autodynamics, this comes from the
fact that each decay case is different. And since Autodynamics does
not need the neutrino to conserve energy or momentum, this list
heightens our suspicions about the neutrino's existence.
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Detector
Homepages
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Even
with millions of dollars having been spent on previously failed
detectors, scientists around the world believe that it is the detector's
problem, and not the theory itself. Here is a list of neutrino detectors
and accelerators currently listed on the WWW.
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