Quantum Gravity 308.96: Cambridge U. U.K. and U.C. Berkeley USA Find Forces Key to Multiverses and Parameter Similarities

From Osher Doctorow

Raphael Bousso, formerly of Cambridge University U.K. where he co-
authored with Stephen Hawking, and now of U. C. Berkeley USA, and
Lawrence J. Hall of U. C. Berkeley, and Yasunori Nomura of U.C.
Berkeley, with respectively 50 papers arXiv, 119 papers arXiv, and I
haven't checked how many papers in arXiv, in "Multiverse understanding
of cosmological coincidences," arXiv: 0902.2263 v1 [hep-th] 13 Feb
2009, 38 pages (the authors are also of Lawrence Berkeley National
Laboratory USA), find an explanation for very similar magnitudes of a
number of important cosmological parameters or time scales in some
remarkable Multiverse criteria on forces pointing toward catastrophic
boundaries so-called. These include t_obs, the time of appearance of
observers, time t_LAMBDA of change from matter domination to vacuum
domination, t_VIR of change from regime of approximate homogeneity to
one of star formation, t_RAD of radiative emission and t_COMP of
inverse Compton scattering from background radiation (the last two
contribute to cooling).

Various of these and other parameters are analyzed in terms of the
fundamental parameters of particle physics: alpha (the fine structure
constant), m_e (mass of electron), m_p (mass of proton), and Newton's
Gravitational constant G_N.

There are so many different results that I will simply let Readers
read the paper for themselves before going futher, except to note that
the paper goes contrary to the usual Quantum Theory and GR or their
modifications in which energies rather than forces play key roles.
Probable Causation/Influence (PI), of this whole thread, likewise has
a central role for forces.

Osher Doctorow
.

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