Milky Way excess Microwave Radiation

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SUMMARY

The discussion centers on the hypothesis that cosmic background radiation (CBR) may be generated within the fabric of space, rather than solely originating from the Big Bang 15 billion years ago. Participants suggest that regions around black holes, such as the Milky Way's black hole, emit higher levels of microwave radiation, supporting this theory. The conversation also touches on the implications of vacuum quantum fluctuations and their inability to spawn long-lived particles, while proposing that a deeper observation beyond the CMB could reveal ongoing cosmic events akin to the Big Bang.

PREREQUISITES
  • Understanding of cosmic background radiation (CBR)
  • Familiarity with black hole physics, particularly in relation to the Milky Way
  • Knowledge of quantum fluctuations and their implications in particle physics
  • Basic grasp of cosmological theories, including the Big Bang theory
NEXT STEPS
  • Research the properties and implications of cosmic background radiation (CBR)
  • Explore the relationship between black holes and microwave emissions
  • Study quantum fluctuations and their role in particle creation
  • Investigate advanced cosmological theories beyond the traditional Big Bang model
USEFUL FOR

Astronomers, physicists, and cosmologists interested in the origins of cosmic background radiation and the ongoing implications of black hole interactions within the universe.

DarkStar7
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Could some of the cosmic background radiation be produced within the fabric of space itself?

What if the big bang was not a one of event 15billion years ago but is happening right now today, now, all around us within the quantum world? If indeed the CBr was occurring within the fabric of space then regions around black holes such our Milky Way BH should emit more microwaves than normal... and indeed they do.

http://lambda.gsfc.nasa.gov/product/map/dr3/sos/

I see spacetime expanding out towards an horizon of the universe then curving back as a shrodinger wave and supplying energy to drive the CBR in the sub atomic realm.
 
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DarkStar7 said:
Could some of the cosmic background radiation be produced within the fabric of space itself?

What if the big bang was not a one of event 15billion years ago but is happening right now today, now, all around us within the quantum world? If indeed the CBr was occurring within the fabric of space then regions around black holes such our Milky Way BH should emit more microwaves than normal... and indeed they do.


As I know, it would not be so, because that vacuum quantum fluctuations are not spawning any new particles that exist any significant amount of time. They disappear very very quickly.

But in a sense you are right. If we could see further beyond CMB, we could, theoretically, see universe still Big Banging, much redshifted though.


DarkStar7 said:
I see spacetime expanding out towards an horizon of the universe then curving back as a shrodinger wave and supplying energy to drive the CBR in the sub atomic realm.

I personally have trouble seeing spacetime alone.
 
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