Published May 18, 2023, 9:20 p.m. by Arrik Motley
science has dealt another blow to the Big Bang theory, with the James Webb telescope detecting a structure that should not exist.
The Big Bang theory has been the dominant model of the universe for decades, but it has been increasingly challenged in recent years. Now, the James Webb telescope has found evidence of a structure that contradicts the theory.
The structure, known as an "edge-on disk galaxy", is a galaxy that is oriented so that we see it edge-on. This orientation makes it possible to see the galaxy's disk, which is normally hidden from view.
Edge-on disk galaxies are extremely rare, and they are not predicted to exist in the Big Bang model. The theory predicts that all galaxies should be oriented randomly, with no particular preference for any orientation.
The discovery of this edge-on disk galaxy is just the latest in a series of challenges to the Big Bang theory. Other recent discoveries include:
1. The discovery of "giant radio galaxies" that are much larger than predicted by the theory.
2. The discovery of "quasars" that are much more luminous than predicted by the theory.
3. The discovery of "supermassive black holes" that are much more massive than predicted by the theory.
4. The discovery of "gravitational waves" that contradict the theory.
The Big Bang theory is clearly in trouble, and it is increasingly clear that it is not an accurate description of our universe. It is time for scientists to abandon this failing theory and look for a better explanation of the cosmos.
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the Jane's web Space Telescope has been
in the news since it was launched on
Christmas Day 2021
the Superstar telescope has since
unfolded the universe in a way no one
expected only recently it discovered six
galaxies that existed only 500 million
years after the big bang
not just that these galaxies are well
formed and contains more stars than
today's galaxies like our Milky Way
these galaxies should not exist as it
toys with our model of cosmology
to make matters more uncomfortable for
scientists researchers from the
University of Minnesota have discovered
that one of these galaxies is so bizarre
that we might have to go back to the
drawing board
welcome to lab 360. it's time to explore
the James Webb Space Telescope can
collect about 10 times as much light as
the Hubble Space Telescope and is much
more sensitive at redder longer
wavelengths in the infrared Spectrum
this allows scientists to access an
entirely new window of data of the early
universe
but to understand the early Universe we
need to go back in time to a point where
time and space did not exist
according to the theory of cosmic
inflation the universe was born with the
big bang as an unimaginably hot dense
point
when the universe was just a hundredth
of a billionth of a trillionth of a
trillionth of a second in age it
experienced an incredible burst of
expansion known as inflation in which
space itself expanded faster than the
speed of light
during this period the universe doubled
in size at least 90 times going from
subatomic size to golf ball sized almost
instantaneously
after that the growth of the universe
continued but at a slower rate as space
expanded the universe cooled and matter
formed only one second after the big
bang the universe was filled with
neutrons protons electrons
anti-electrons photons and neutrinos but
for the first 380 000 years or so the
universe was essentially too hot for
light to shine
380 000 years after however Mata began
to cool and it cooled enough four atoms
to form
however after this point the universe
was plunged Into Darkness since no stars
or any other bright objects had formed
yet
fast forward to 400 million years after
the big bang and we can see the universe
beginning to come out of its Dark Ages
this period in the universe's evolution
is called the age of reionization
during this phase which lasted for more
than 500 million years the first Stars
started to appear so galaxies scientists
thought began building up in the first
billion years after the big bang and
sort of reached adolescence at one to
two billion years
however the James Webb Space Telescope
has found not one but six galaxies that
were fully formed only 500 million years
after the big bang
and that is a problem
using first of their kind observations
from the James Webb Space Telescope a
university of minnesota-led Team looked
more than 13 billion years into the past
to discover a unique minuscule Galaxy
that generated new stars at an extremely
high rate for its size
the Galaxy is one of the smallest ever
discovered at this distance and could
help astronomers learn more about
galaxies that were present shortly after
the universe came into existence
the Galaxy's volume is roughly a
millionth of the Milky Ways but we can
see that it's still forming the same
numbers of stars each year
the galaxies that existed when the
universe was in its infancy are very
different from what we see in the nearby
Universe now explain scientists
studying these galaxies could help us
figure out how and when these first
stars and galaxies emerged from within
the universe Dark Ages
until then it remains a mystery still as
to how the universe came into being
as days pass more results of
observations from jwst is revealing that
the Universe especially at its early
stage was Stranger than we imagine
not only has Webb discovered these early
galaxies it has also now found a black
hole which is almost as old as the
universe
scientists have discovered what they
believe to be the oldest known black
hole in the universe owing to the
telescope's ultra powerful sensors that
captured this elusive entity
this supermassive black hole which
dwarfs our sun by a staggering 10
million times existed at the center of a
galaxy
570 million years after the universe
Inception a time so remote it's
difficult to fathom
to put it in perspective the universe
itself is estimated to be 13.7 billion
years old
observations collected through the
Jane's web Space Telescope have revealed
an active supermassive black hole 10
million times the mass of the Sun one
that is actively growing as it slurps up
matter from the space around it
at just 570 million years after the big
bang this is the earliest growing
supermassive black hole detected yet
although scientists are hoping it won't
Remain the record holder for long
the black hole was found inside one of
the earliest galaxies ever detected
previously known as egsy8 though since
renamed CE are sn19
its Discovery could help with one of the
biggest head scratchers of the early
universe
how the black holes in the cosmic Dawn
grew to such large size in such a short
amount of time
we found the most distant active
Galactic nuclear say GN and the most
distant earliest black hole we've ever
found said an astrophysicist associated
with the finding
scientists were initially looking at
cers 10 19 as part of their work
investigating light produced by star
formation in the very early universe
this light called Lima now for a mission
is thought to be generated by the
ionization of neutral hydrogen by star
formation activity
the early Universe was filled with a fog
of neutral hydrogen which prevented
light from propagating it was only after
this hydrogen was ionized that light
could stream freely
this e-park of reionization as it is
known is not fully understood
we know it took place in the first
billion years after the big bang
13.8 billion years ago but seeing that
far into the early universe is really
hard
CRS Den 19 and a handful of other super
early galaxies are excellent targets for
This research because they are
relatively bright
the Galaxy was identified in Hubble data
in 2015 and at the time was the earliest
most distant Galaxy observed
subsequent observations confirmed its
existence but more detailed information
remained elusive the earliest light in
the universe has shifted so far into the
infrared part of the spectrum due to the
universe expansion that a powerful
dedicated infrared instrument like jwst
is necessary to probe them
so when jwst came along
ERS 1019 the brightest of the Hubble
galaxies from this Epoch was an obvious
Target the telescope stared at the
Galaxy for just one hour with all four
of its instruments but returned a wealth
of data
in the moment I was kind of like wow
look at everything we can see with jwst
we've seen this whole portion of the
spectrum of this Galaxy and any galaxies
early on in the universe we've never
seen before said astrophysicist Rebecca
Lawson
I was just overwhelmed by the amount of
information
but then she noticed something she
wasn't quite expecting
in addition to the light of star
formation there was a broad emission
feature usually associated with Aegean
and when she mentioned it to some AGN
researchers things started to get
interesting
typically a galaxy in the early Universe
emits either light from an AGN or light
from Star formation
to see both in the same galaxy was
extremely unexpected
there is some impact that the black hole
is having on the emission lines that
we're seeing but most of the light we
see in our images is still dominated by
the star-forming part of the Galaxy
that a supermassive black hole existed
more than 13.2 billion years ago and was
seen growing is not as surprising as you
might think
much larger black holes have been
detected in the early universe
scientists still do not know how the
black holes in those galaxies got to be
so massive that early on in the universe
now with the discovery of this black
hole only is some 500 million years
after the birth of the universe is a
mystery in itself the image of the early
universe is changing faster than we
expected and like it or not it is time
to get back to the drawing board
what do you say drop in your comments to
let us know and don't forget to
subscribe to lab 360. because together
we will explore
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