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From: Alastair Malcolm <amalcolm.domain.name.hidden>

Date: Wed, 26 Jan 2000 12:33:22 -0000

----- Original Message -----

From: Fritz Griffith <fritzgriffith.domain.name.hidden>

*> > > As I said, the measure problems are the same whether you use MW or my
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*> > > single observer moment theory.
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*> >
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*> >If by 'measure problem' it is meant that the WAP on its own predicts
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'chaos

*> >to the brink' (because our measure should be highest for chaotic
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universes

*> > - the WR problem), then the measure problem is potentially solvable for
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AUH

*> >(All universes hypotheses), but not for your single observer moment
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theory

*> >(without an additional assumption, as mentioned in my earlier post). The
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*> >underlying reason for this is that any minimum information specification
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*> >that includes our universe (say a physicist's TOE) can be considered as
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*> >simpler than a (near) *explicit* specification of a single observer
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moment,

*> >with all the attendent complication of a mechanism that can support any
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*> >possible human memory (not to mention thought, emotion, creativity and
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*> >so on). Again, see my web site or Russell's Ockham paper for more
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details.

*> But as I've already mentioned before, there is not just one explicit
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*> observer moment. You seem to assume that I take a Copenhagen-style
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approach

*> to my theory, but in reality I take a more MW approach. I believe that
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*> all possible observer moments exist in the plentitude, and therefore the
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*> equation that describes them could be just as simple, even the same, as
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*> those that could describe the universe with an AUH theory.
*

I was always assuming that you were referring to a plenitude, I was just

trying to keep things simple by mentioning only one. A plenitude of *only*

observer moments would have much the same problems as I mentioned for one,

with some compression available for the whole range of possible SAS (say

conscious) memories. More likely, I would guess, is that you are thinking in

terms of a plenitude *including* all possible observer moments. If the

equation describing this plenitude is the same as an AUH theory, I can't see

how your single observer moment theory differs from ordinary physics

(extended as necessary to encompass other universes). If the equation is

different (the extra assumption I have referred to earlier), then not only

would some justification be needed for why a different physics generates the

illusion of memories of our physics in action, but also how this new physics

could be simpler than conventional TOE physics, bearing in mind it has to

support (at least) observer moments, with all their complexity.

Alastair

Received on Wed Jan 26 2000 - 04:40:39 PST

Date: Wed, 26 Jan 2000 12:33:22 -0000

----- Original Message -----

From: Fritz Griffith <fritzgriffith.domain.name.hidden>

'chaos

universes

AUH

theory

moment,

details.

approach

I was always assuming that you were referring to a plenitude, I was just

trying to keep things simple by mentioning only one. A plenitude of *only*

observer moments would have much the same problems as I mentioned for one,

with some compression available for the whole range of possible SAS (say

conscious) memories. More likely, I would guess, is that you are thinking in

terms of a plenitude *including* all possible observer moments. If the

equation describing this plenitude is the same as an AUH theory, I can't see

how your single observer moment theory differs from ordinary physics

(extended as necessary to encompass other universes). If the equation is

different (the extra assumption I have referred to earlier), then not only

would some justification be needed for why a different physics generates the

illusion of memories of our physics in action, but also how this new physics

could be simpler than conventional TOE physics, bearing in mind it has to

support (at least) observer moments, with all their complexity.

Alastair

Received on Wed Jan 26 2000 - 04:40:39 PST

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