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twistor
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If inflation is proven by BICEP 2, then what happens with Penrose's proof that infaltion assumes unprobable initial conditions?
The concentric circles discovered by Penrose have not been corroborated by actual CMB experts that actually understand how to do that kind of analysis. Penrose, despite his genius, does not. CCC is borderline fringe at this point.twistor said:Is penrose interpretation of BICEP2 valid?
And...
if Conformal Cyclic Cosmology is wrong, then what happens with the experimental data (the concentric circles on CMB)?
bapowell said:The concentric circles discovered by Penrose have not been corroborated by actual CMB experts that actually understand how to do that kind of analysis. Penrose, despite his genius, does not. CCC is borderline fringe at this point.
twistor said:well, but could you name a cosmological theory outside of...
--> CCC
--> Inflation
--> MOND, MOG, Variable speed of light, LQC, etc
--> Cyclic Branes
?
BICEP2 (Background Imaging of Cosmic Extragalactic Polarization) is a telescope located at the South Pole, designed to measure the polarization of the cosmic microwave background (CMB) radiation. In 2014, BICEP2 announced the detection of a specific pattern in the CMB that was interpreted as evidence of cosmic inflation, a theory that explains the rapid expansion of the universe in its early stages.
Sir Roger Penrose, a renowned mathematician and physicist, proposed a theory in the 1980s that predicted the existence of gravitational waves left over from the inflationary period. The BICEP2 findings were seen as potential evidence for Penrose's theory, providing further support for the concept of inflation.
If the BICEP2 findings were confirmed to be caused by gravitational waves from inflation, it would provide important insights into the initial conditions of the universe. It would support the idea that the universe underwent a rapid phase of expansion in its earliest moments and provide evidence for the existence of gravitational waves, which are predicted by Einstein's theory of general relativity.
The BICEP2 findings were initially met with a lot of excitement, but later studies and analyses raised doubts about their interpretation. Critics have pointed out that the detected pattern in the CMB could also be caused by other sources, such as interstellar dust, and that more evidence is needed to confirm the existence of gravitational waves from inflation.
To confirm the BICEP2 findings, further observations and analyses are needed. The European Space Agency's Planck satellite and the upcoming James Webb Space Telescope are expected to provide more data and insight into the CMB and inflation. Additionally, ongoing research and collaboration between scientists in different fields will help to further our understanding of the initial conditions of the universe.