Some have indicated the discoveries of Webb have disproven the Big Bang, and
the Standard Model. What do you say?
On Sunday, July 16, 2023 at 07:58:19 AM EDT, John Clark
<johnkcl...@gmail.com> wrote:
As early as 2012 scientists predicted that the Hubble telescope would see
something they called a "Dark Star".
Observing supermassive dark stars with James Webb Space Telescope
They theorized in the early universe Dark Matter, whatever it is, must've been
much more densely concentrated than it is today, and if Dark Matter particles
are their own antiparticles as many think then their annihilation could provide
a heat source, they could keeping star in thermal and hydrodynamic equilibrium
and prevent it from collapsing. They hypothesized something they called a "Dark
Star '', it would be a star with a million times the mass of the sun and would
be composed almost entirely of hydrogen and helium but with 0.1% Dark Matter.
A Dark Star would not be dark but would be 10 billion times as bright as the
sun and be powered by dark matter not nuclear fusion.
Astronomers were puzzled by pictures taken with the James Webb telescope that
they interpreted to be bright galaxies just 320 million years after the Big
Bang that were much brighter than most expected them to be that early in the
universe, a recent paper by the same people that theorized existence of Dark
Stars claim they could solve this puzzle. They claim 3 of the most distant
objects that the Webb telescope has seen are point sources, as you'd expect
from a Dark Star, and their spectrum is consistent with what they predicted a
Dark Star should look like. With a longer exposure and a more detailed
spectrum, Webb should be able to tell for sure if it's a single Dark Star or an
early galaxy made up of tens of millions of population 3 stars.
Supermassive Dark Star candidates seen by JWST
John K Clark See what's on my new list at Extropolis
3vy
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