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Title: |
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NEUTRINO REDSHIFTS AS DEFINITIVE EXPERIMENTAL TEST OF
DOPPLER/EXPANSION REDSHIFTS VS PHOTON REDSHIFTS DUE TO
INTERACTION WITH MATTER |
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Author: |
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C. F. Gallo |
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Affiliation: |
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Superconix Inc.,
Lake Elmo, MN, USA |
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Date Posted: |
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June 13, 2005 |
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Abstract: |
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Neutrinos will undergo Redshifts due to Doppler and/or
Space Expansion effects similar to Electromagnetic
Radiation (Photons). However, in some situations (ex.,
Quasars, etc), Photon Redshifts may be PARTIALLY due to
cumulative energy-loss mechanisms with the intervening
medium. In this situation, the corresponding Neutrino
Redshifts will be much smaller since the interaction
cross-section for neutrino-medium interactions will be
much smaller than any photon-medium cross-section. Thus,
observation and comparison of photon redshifts vs
corresponding neutrino redshifts will be very
informative. If the photon and neutrino redshifts are
similar, then a Doppler and/or Space Expansion
interpretation is justified. If the neutrino redshift is
much smaller than any corresponding photon redshift,
then an interpretation via a cumulative energy-loss
mechanism is justified. This is a very definitive
experimental test of redshift interpretations. Since
Neutrino measurements are being made now on the
integrated emission of all Quasars (including neutrino
redshifts), definitive experimental results may be
available shortly. |
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