I was thinking of Cosmic Background Radiation, about 2.76 degrees Kelvin in microwave part of spectrum. It seems there is no way to avoid this...
If you are moving at (near) light velocity, steady speed, no acceleration, all background radiation will be blue shifted to gamma wavelengths. I...
Hi Physics Friends; I will be away for a while but will return to see how things are going in mid-January. Don't be too harsh with each other.
Reply to Zephir; I don't know anyone who has said they adore Brian Greene but I will say he commands respect and anyone who does not know about his...
Hi Shalayka; You are not convinced because there is not enough evidence available to us today to make a decision and defend it. Even now I expect the...
Hi Shalayka; This is a realm where many professional physicists disagree so I respect the Billy T opinion. I caution the persons that I talk with to...
Reply to Zephir; I respect your opinion that Hawking radiation is continuous without regard to temperature, but I will disagree. The electron is...
Reply to Zephir, (Post #247) The electron does not lose mass by Hawking radiation because it does not have elevated temperature. See Post #12,...
Hi Shalayka; If the electron is gravitationally collapsed, it will have a photon capture radius equal to 3 G m/c squared. At this radius that is 1.5...
Hi Billy: That is a fair and honest reply along with a challenge; good communication.
Hi Billy: If it doesn't make sense to you, I will disagree and still respect your opinion, knowing that what is correct will eventually prevail.
Billy: For some of us, the black hole electron concept has the potential of answering some basic questions that are waiting to be explained. Each...
Billy: A large black hole can clearly absorb an electron so that the black hole grows in mass and with some very special conditions, a proton,...
Hawking radiation results from elevated temperature. A unit charge K-N black hole with upper limit angular momentum does not have elevated...
Billy:If you looked for zitterbewegung in Wikipedia and didn't find it, you have a problem with your search. I suggest that you try again....
Farsight: Some theorists expect that the electron has the mass density needed to achieve gravitational confinement. This implies that electrons have...
Farsight, The questions "How do you justify that?" and "Where did that assertion come from?" are the right questions to ask. You may find some...
Farsight, I am disappointed to learn that you did not find anything interesting in Burinskii's paper. I think we can agree that elementary particles...
Reiku, When theorists leading our effort to understand particles cannot agree, it is all too easy to conclude that we don't understand anything and...
Farsight, I really like the quote from Andrea Ghez (UCLA) "Anytime things go to infinity in physics, we know we haven't gotten it right." Reiku;...
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