Quantum Gravity 102.6: 11 Dimensions From r^2 = t in F = kq1q2/r^2
- From: "OsherD" <mdoctorow@xxxxxxxxxxx>
- Date: 16 Mar 2007 05:10:37 -0700
From Osher Doctorow
In the "earliest Universe" or thereabouts, we have seen that r^2 = t,
or dimensionally T = L^2. Since there are arguably two time
dimensions T1, T2, we now have 11 dimensions:
1) T11, T12, T21, T22, Lx, Ly, Lz, F1, F2, F3, F4
where T11 and T12 are the two subdimensions of T1 from T = L^2, and
T21, T22 are the two subdimensions of T2 from T = L^2, and where Lx,
Ly, Lz are the usual three spatial dimensions, and where F1 is
contractive force (gravitation), F2 is expansive force ("dark" force),
F3 is forward- time-force, F4 is backward-time-force, or F1 through F4
are the 4 Fundamental Forces electromagnetic, gravitation, strong
nuclear, weak nuclear.
The similarity to the 11 dimensions of Superstring Theory suggests
that compactification is also a myth, but we need to explain why we
don't observe the extra dimensions besides the 3 spatial ones
(including why we don't seem to observe time as directly as the
spatial dimensions). This is precisely what Daegene Song's quant-ph/
0703124, "Comments on vacuum energy of harmonic oscillator," explains,
which I cited in Quantum Gravity 103.0 that I have been running
simultaneously with the 102 Sections. As I mentioned, when the
observer is vibrating/oscillating at the level of the "observed
(object)" except for possibly amplitude, Song derives difference in
energies only dependent on differences of amplitudes, and for
respectively equal or nearby amplitudes, no or very little differences
are observed/measured.
Instead of the original unified 11 dimensions including forces either
"becoming separate" or compactifying in majority or "winking out of
existence" or "breaking symmetry", what arguably happens is that the
observer takes on the vibrations of the observed (objects) in relevant
ways.
Osher Doctorow
.
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