On 09 Jan 2014, at 23:00, Stephen Paul King wrote:
Dear LizR,
That is the key question that remains, IMHO, unanswered.
It is answered, completely.
On Thu, Jan 9, 2014 at 4:45 PM, LizR <[email protected]> wrote:
On 10 January 2014 10:33, meekerdb <[email protected]> wrote:
I think the question is whether comp determines that the world is
(locally) Lorentz invariant. If it is, then c is just a unit
conversion factor between the + and - signature terms. It's value
is arbitrary, like "how many feet in a mile", which is why it is now
an exact number in SI units.
Oh yes, I seem to remember that physicists like to set c (and h?) to
1.
So does comp predict that any TOE will have a unique solution -
namely the one we experience?
Only from what we have just experienced before. Comp does not predict
the existence of the moon, but should predict the physical laws, that
is, what is invariant for all observers/machines.
So is this an alternative to the WAP - we experience a universe
compatible with our existence because such a universe has to drop
out of the interations of conscious beings in Platonia?
As I said, comp uses only a conditional probability, not a bayesian
relation, which can still be used for geography and history. But the
physical laws are defined by the general measure on the computation,
which must exist with comp, and is given by the material points of
view (Bp & Dt, mainly).
Bruno
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