PSI Blog 20241111 Big Bang Assumptions—'Webb has shown us they are clearly wrong'
Astrophysicist speculates on how young
“black holes” at the edge of the Big Bang universe formed impossibly fast.
Thanks to Jesse Witwer for this
heads up:
By Ben Turner:
“A supermassive mystery lurks at the
center of the Milky Way. Supermassive black holes are gigantic ruptures in
space-time that sit in the middle of many galaxies, periodically sucking in
matter before spitting it out at near light speeds to shape how galaxies
evolve.
Yet how they came to be so enormous
is a prevailing mystery in astrophysics, made even deeper by the James Webb
Space Telescope (JWST). Since it came online in 2022, the telescope has found
that the cosmic monsters are shockingly abundant and massive in the few million
years after the Big Bang — a discovery that defies many of our best models for
how black holes grew.”
[GB: Readers know the Big Bang universe
is supposed to have increasingly young cosmological objects as we look back
into the past. The currently observed “edge” of that hypothesized finite,
expanding universe is 13 billion years away. Cosmogonists like Sophie are
racing to come up with yet another ad hoc that would save cosmogony once again.
Despite the misnomer, black holes
simply are the nuclei found in galaxies such as our own 13.61-billion-year-old
Milky Way. Elsewhere, they exist as elderly
naked nucleic remnants lacking stars.
In reading this article you will
find other misnomers still being perpetrated by regressive physics and
cosmogony. One is the idea that gravitational force is not a force (a push),
but an “attraction” (a magical pull). But, according to Infinite
Universe Theory, the pushers happen to be ubiquitous non-luminous aether
particles (otherwise known as “Dark Matter”).[1]
In outer space, these have high local velocities and form a high-pressure medium.
When these particles collide with ordinary matter, they produce the acceleration
we call gravitation. Per Newton's Second Law of Motion, the colliding aether
particles become decelerated, forming a relatively low pressure aetherosphere around
each object. This process is responsible for the pushing together (fusion) of
all things in the universe.
In the case of black hole formation,
this means stars are being pushed toward the centers of the galaxies. As that
pressure becomes ever-more intense, elements that were previously fused into
ever more massive, dense derivative elements (helium, iron, lead, gold, and uranium,
etc.) become further compressed. As in the Sun’s fusion of hydrogen to form
helium, this process emits internal motion to the surroundings. The
surroundings, as always, contain an aether medium capable of carrying that motion
away in the form of the waves we call radiation.
Note that Sophie has great hope for
the detection of Einstein’s “gravitational waves” for learning more about why elderly
black holes form so fast. There will be further gravitational
wave detections, but they never will answer her question. That is because the fusion
processes I described takes billions of years, not the millions of years indicated
by the Big Bang Theory. The Webb photos are like finding a 20-year-old in your
crib.]
PSI Blog 20241111
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