“No Sign of Ghostly Dark Photons in Afterglow of Big Bang”

 PSI Blog 20241021 “No Sign of Ghostly Dark Photons in Afterglow of Big Bang”

Whether light or dark, Einstein’s magical photons do not exist.

 

“Scrutinizing the cosmic microwave background has enabled scientists to search for exotic particles too light to be found any other way. Planck Collaboration/European Space Agency.”

 

Astute readers know we have been poo-pooing Einstein’s false assumption light was a massless particle containing perfectly empty space traveling perpetually through perfectly empty space. Now we have the equally bogus “dark photon” hypothetically masquerading in place of the aether particles that all cosmogonists must deny in order to remain in the cult.

 

It is true that aether particles are sometimes mistaken for photons when they interact with matter. That makes some sense because aether particles have mass and the imaginary photons are massless. To measure an impact, a particle must have mass for it to satisfy the F=ma equation. Obviously, if the “m” in that equation was zero, there would be no force to measure.

 

No sign of ghostly dark photons in afterglow of Big Bang

 

“Using existing astronomical data, a team of cosmologists has searched for a hypothetical particle called the dark photon, a potential envoy from a whole new realm of undetected particles that could explain the universe’s mysterious dark matter. The researchers sought clues by comparing the afterglow of the Big Bang—the cosmic microwave background (CMB)—to the distribution of galaxies and came up empty”

 

[GB: That so-called “mysterious” dark matter is none other than the aether medium which cosmogonists will not discover until they give up Einstein’s “Untired Light Theory” and its progeny, the Big Bang Theory.

 

Now a bit about the Cosmic Microwave Background: The illustration above is supposed to confirm the Big Bang Theory. Actually, it does no such thing. Instead, it illustrates that “perfectly empty space” contains matter that yields a temperature of 2.7^oKelvin. It also has a cosmological redshift of z=1089. The largest cosmological redshift so far measured is z=13.27 for galaxy HD1.

 

Speculation: Values greater than that probably are from still more distant cosmological objects, as expected if the universe was infinite. In Infinite Universe Theory we assume the cosmological redshift is a straight-line function of distance. The 1089 value might indicate we are seeing evidence from objects up to 82 times what we can see so far, which is 13.463 billion light-years away. That would be 1,104 trillion light-years.]

 

 

PSI Blog 20241021

 

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