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In the beginning, there was chaos.
Hot, dense, and packed with energetic particles, the early Universe was a turbulent, bustling place. It wasn’t until about 300,000 years after the Big Bang that the nascent cosmic soup had cooled enough for atoms to form and light to travel freely. This landmark event, known as recombination, gave rise to the famous cosmic microwave background (CMB), a signature glow that pervades the entire sky.
Now, a new analysis of this glow suggests the presence of a pronounced bruise in the background — evidence that, sometime around recombination, a parallel universe may have bumped into our own.(…)
Read the rest of Cosmologist Thinks a Strange Signal May Be Evidence of a Parallel Universe (377 words)
© Vanessa Janek for Universe Today, 2015. | Permalink | No comment |
Post tags: baryon, Big Bang, bubble universe, CMB, cosmic microwave background, Cosmology, electron, eternal inflation, inflation, Multiverse, parallel universe, photon, proton, recombination, spectrum
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Earth an space hum clash create earth atmospheric conditioning high energy field van belt, penetrate field (film/skin) using sound injector channel (large passage!~needle/tube) that surrounds an protects vessel transport from high energy vector field.
Cheers.
Oh good grief. The only basis for claiming that the background radiation was from a “big bang” was the uniformity of it. And the more it gets measured, the less uniform it is.
There was no big bang. The universe is not expanding. Redshift does not mean recessional velocity. And “bumping into a parallel universe” is a meaningless collection of words.