A thought just came to me while considering alternate explanations for the CMB. Dark matter is assumed to be distributed throughout the universe and is supposed to clump together around galaxy centers and other large massive objects. I have long wondered how this congregation of material could occur in matter that has no way to release the gravitational energy by radiation as with normal matter. Perhaps the CMB is generated gradually by the condensation of the dark matter.
The distribution of dark matter throughout the universe would be indicated by the radiation pattern associated with the CMB if this idea has merit. Another feature of this theory would be that the dark matter would take far longer to condense into organized collections of material than that observed by regular matter. Telescopic observations of normal galaxies from far into the past via distant viewing could be a method of estimating how the dark matter is presently arranged in our galaxy for instance. How would one explain the distribution of material that dark matter is composed of if it does not have a method of releasing stored gravitational energy? I can not imagine any process that would allow this type of matter to collect into a small batch which seems to be cooler by definition unless that energy can be released by some mechanism. What would be better than a slow release at the very low end of the spectrum? Strong interaction would seem to suggest rapid energy release and high temperatures as with ordinary matter. Dave -----Original Message----- From: Jones Beene <[email protected]> To: vortex-l <[email protected]> Sent: Mon, Apr 28, 2014 11:33 am Subject: RE: [Vo]:Is the CMB leakage from Dirac's Sea? -----Original Message----- From: Bob Cook The link you noted for the Finders University discusses process physics, but I did not see anything about the microwave background radiation coming from a Dirac sea. Is there a separate paper that is more explicit? I have confused notes on the origin of this detail, but here is a paper from China which goes a step further and assumes the temperature of thermal motion of Dirac sea equal the temperature of Cosmological Microwave Background... It is unfortunately not well written but if there is a valid mathematical connection, then at least the prima facie case has been made. http://fqxi.org/data/forum-attachments/A_Naive_Model_of_The_Cosmological_Vac uum_Energy_Density_Dirac_Sea.pdf
