PSI Blog 20191120
Negative Results in Search for Dark Matter Consistent with Infinite Universe
Theory
Guest Blog by
Pierre Berrigan:
Hello, Glenn!
Here is something
that you will most certainly find interesting:
In an article
published this 25th of October in Science Advances (https://advances.sciencemag.org/content/5/10/eaax4539), Garcon et al report the negative result
of the latest search for dark matter. Garcon used ultra-low field nuclear
magnetic resonance to probe the hypothetical dark matter halo that surrounds
galaxies.
The experiment
would have detected the presence of dark matter bosons with masses 7.8x10e-14
eV or above. The fact that none was observed sets an experimental limit to the
possible mass of dark matter particles.
It is interesting
to note that this value of 7.8x10e-14 eV, which converted to grams gives 0.14x10e-47,
comes very close to the value of 0.98x10e-47 grams as calculated by you in IUT
as the maximum value for aether particles.
[GB: Thanks so
much Pierre. Nice catch. You sure know your stuff! Other readers should know I
calculated that value from Planck’s constant, which implies there is a
“smallest unit of motion.” I assumed anyone trying to discover that would be
evaluating the collision of a single aether particle with baryonic matter.
There probably are “smaller units of motion” produced by aether-2 particles but
we may not be able to detect them at this time, if ever. BTW: This discrete
nature of the aether is one of the reasons relativity cannot be reconciled with
Quantum Mechanics. Special Relativity Theory assumes space is perfectly empty
and General Relativity Theory assumes spacetime also is perfectly empty. In
other words, the fields in relativity are immaterial. They are just
mathematical idealizations that cannot exist in reality.
You can see where
this is going. Regressive physicists eventually will have to give up their
aether denial. Dark matter will remain elusive as long as Aether
Deceleration Theory is ignored as the physical cause of gravitation.[1]]
[GB: BTW: Here is
another article on the failure to find Dark Matter:
Why dark
matter's no-show could mean a big bang rethink
We can't find any
trace of cosmic dark matter – perhaps because our models of the early universe
are missing a crucial piece, says astrophysicist Dan Hooper
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