Re: Quantum Gravity 251.5: Do All Masses in the Universe Contain Black Holes?
- From: john <vegan16@xxxxxxxxxxxxx>
- Date: Thu, 8 May 2008 14:48:30 -0700 (PDT)
On May 7, 11:29 pm, OsherD <mdocto...@xxxxxxxxx> wrote:
From Osher Doctorow
The concept that E = mc^2 is considered usually to indicate that
masses "contain" energy which can be "liberated" in explosions, etc.
Is it also possible that all masses contain black holes? If my
previous post was correct, then black holes generate mass, but they
might also generate energy of remarkable amount.
Recall that any set/event/process (event for brevity) A has a Causal
and a "black hole" Non-Causal aspect, respectively:
1) P(A-->B) = P(A ' U B)
2) P(A--/--> B) = P(A ' U B) ' = P(AB ' )
But if this is the case, then why don't we observe (2) in everybody
macroscopic objects for example?
To study this further, let's examine what objects would be most likely
to reveal such Causal vs "black hole" aspects. Recall that in P(AB
' ) of (2), the black hole action of A or of a subset of A is with
respect to a particular object B. Subsets of A were designated as C
in the previous post, while B is an "arbitrary" set/object.
This suggests that a certain level of complexity or just complication
might be involved in easily observed massive black hole everyday
scenarios.
Einstein noticed the bending of light near the Sun, which suggests in
the above context that the Sun might be acting as a black hole with
regard to passing light. The Sun is not a simple object with simple
structure. Are there any objects with complicated structure more
easily studied than the Sun, in a laboratory for example?
Actually, there are. They're called life forms, that is to say
biological objects. Not long ago, quantitative biology was
established as a category in arXiv.
I'll try to continue this shortly.
Osher Doctorow
protons are black holes
galaxies are atoms
John
galaxy model for the atom
http://users.accesscomm.ca/john
.
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