Aug
17,
2006
Just Another Small, Faint Galaxy
Big Bang theorists interpret Hubble telescope images of small, faint
galaxies as ultra-big, ultra-bright galaxies seen long, long ago and
far, far away. But evidence from outside their narrow field of view
indicates that the galaxies are really small and faint.
The image above combines a visible-light image from
the Hubble telescope with an infrared image from the Spitzer
telescope. Publicists bill it as “a massive galaxy ... about eight
times the mass of the Milky Way ... early in the history of the
universe, a time when such mature galaxies were not thought [sic] to
exist.” (Actually, because its age is estimated to be “a mere 800
million years after the Big Bang,” long before there were thinking
human beings, it is a time when such mature galaxies were thought
not to exist.)
But the galaxy’s age and mass are artifacts of
assumptions that have been
proved erroneous
for nearly half a century. What is actually observed is a small,
faint galaxy whose light is highly redshifted. The erroneous
assumption is that redshift indicates distance. Hence, the high
redshift means the galaxy is far, far away. To appear as big as it
does and as bright as it does at that distance, it must be
ultra-big
and
ultra-bright.
For many years, many astronomers, both professional
and amateur, have photographed high-redshift objects clustering near
low-redshift galaxies. Many of the objects are
physically
connected to the galaxies with bridges of material.
Many of the objects are
aligned on opposite sides of the galaxies, their
redshifts decreasing with distance.
Many theories are trying to explain these observations,
but the publicly funded institutions of modern astronomy
systematically refuse to acknowledge these theories and
systematically ignore the observations, therewith betraying science
and defrauding taxpayers.
Redshift cannot be a measure of distance. But quite
likely it is a measure of age: the higher the redshift, the younger
the object. Active galaxies eject high-redshift objects. The objects
are small and faint. They have peculiar shapes—jets and clumps of
material and disturbances. As they age, their redshifts decrease—in
steps, not continuously. Their velocities of ejection slow. They
grow into companion galaxies.
This is why most
of the objects in the various Hubble Deep Field and Ultra Deep Field
images have shapes unlike the shapes of familiar galaxies. The
universe long ago was not different from the universe today, but
baby galaxies are different from mature galaxies. The extremely
narrow field of view of the Hubble telescope fails to notice the
wide-angle connections with mature galaxies, thereby reinforcing the
extremely narrow view of big bang theory that fails to notice the
falsification of its assumptions.
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