Observational Evidence Favors a Static Universe - Journal of ...

closely cancels the effects of time dilation. To illustrate that a static cosmology
can explain the data, a particular model, curvature cosmology (CC), is used.
Curvature cosmology is based on the hypothesis of curvature redshift and the
hypothesis of curvature pressure. Curvature redshift arises from the principle
that any localized wave travelling in curved space time will follow geodesics and
be subject to geodesics focussing. Since this will alter the transverse properties
of the wave some of its properties such as angular momentum will be altered
which is contrary to quantum mechanics. For a photon the result is an interac-
tion that results in three new photons. One with almost identical energy and
momentum as the original and two extremely low energy secondary photons. In
effect the photon loses energy via an interaction with curved space-time. The
concept of curvature pressure arises from the idea that the density of particles
produce curved space-time. Then as a function of their velocity there will be a
reaction pressure that acts to decrease the local space-time curvature.
Part 2 extends the comparison of BB with CC and shows that many obser-
vations such as the background X-ray radiation and the cosmic microwave back-
ground radiation are consistent with CC. The main difference between Part 1
and Part 2 is that Part 1 uses the properties of CC that would be applicable
to most reasonable static cosmologies whereas Part 2 uses specific properties of
CC. Part 3 has the full description of curvature cosmology and several other
cosmological topics. In addition it shows that curvature pressure could explain
the solar neutrino deficiency and it is shown the Pioneer 10 anomalous accel-
eration can be explained by the effects of curvature redshift that is produced
by interplanetary dust provided the density of the dust is a little higher than
current estimates.
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