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#11
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Bert wrote,
To sum it up I believe a singularity has a critical density,and will explode. Bert, you also should include spin rate in determining `critical density` at which the thing would let go, like a burst flywheel. It's analogous to the spin of a neutron star which is believed to have a burst limit, which is why we don't see millisecond pulsars above a certain speed. oc "It is described abstractly in mathematical language, _but not explained_." |
#12
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Hi oc Right you are. Leaving out the motion of spin is not good
thinking. My problem is I always leave out some important things. I get email I should make my thoughts clearer (they are right about that) My thinking is very manic,and nobody knows that better than me. How can I ever leave out spin when I have a theory that I call "Spin Is In" Bert |
#13
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Bert wrote,
How can I ever leave out spin when I have a theory that I call "Spin Is In". Yeah Bert, in the analogy with millisecond pulsars, a 'burst point' should lie somewhere above 700 revolutions per second. But instead of exploding, the neutron star is believed to go into an oscillatory mode sorta like a ball of Jello, and radiates the excess energy off as gravitational waves. Thus a 'speed limit' is imposed on these objects. See- http://www.astronomy.com/Content/Dyn...1/403ezvie.asp So 'What if' your spinning singularity exhibits a similar behavior? And 'What if' a hypermassive, spinning Singularity resides at the core of the universe, outside our horizon of visibility, "broadcasting" the sub-Planck standing-wave field of space itself (and its tagalong 'dustbunny')? oc "It is described abstractly in mathematical language, _but not explained_." |
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