Re: Do Observer Moments form a Vecor Space?

2017-09-08 Thread Bruce Kellett

On 9/09/2017 9:36 am, Russell Standish wrote:

On Fri, Sep 08, 2017 at 05:08:39PM +1000, Bruce Kellett wrote:

OK, proper time is taken from SR and applied only locally, so the
concept is not ruled out by GR. The problem is still that you have
simply introduced a time parameter out of thin air. If you are to
have time in the picture, it must emerge from the timeless
bitstrings, and you have given no account of how this might happen.


I think you are imposing a requirement for theory completeness I do
not impose myself. After all, my theory is not a "theory of
everything", but a theory of "Nothing".

You are right, that ultimately, we would like to know how subjective
time arises - whether it is via Barbour's time capsules, or some other
stitching of observer moments, or the natural connection between
machine states during a computation in a computationlist account.

However, my approach is - OK - we're probably not going to solve this
problem any time soon - so let's just assume that psychological time
is necessary, and see where that takes us. That is my TIME
postulate. If the results are nonsense, then we need to reexamine the
various assumptions. So far, they're not nonsense.


This is not really what you propose in your book:

"Our descriptions are so detailed that perhaps it no longer makes sense 
to ask Stephen Hawking’s question “what breathes fire into them?”[59]. 
Putting Hawking’s question aside, a question that has no answer in 
conventional ontologies, we note that the collection of all possible 
descriptions has zero complexity, or information content. This is a 
consequence of algorithmic information theory, the fundamental theory of 
computer science. There is a mathematical equivalence between the 
Everything, as represented by this collection of all possible 
descriptions and Nothing, a state of no information. That some of the 
descriptions must describe conscious observers who obviously observe 
something, gives us a mechanism for getting Something from Nothing: 
Something is the “inside view” of Nothing. Hence my book’s title /Theory 
of Nothing/."


That seems to commit you to finding consciousness in the infinite set of 
all possible bitstrings. And if you are to find consciousness there, you 
must, as a preliminary, at least find a decent theory of emergent time 
there.


It seems that as difficulties arise, you shy away from the grand scheme 
as outlined in the introduction to your book.


Bruce

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Re: Do Observer Moments form a Vecor Space?

2017-09-08 Thread Russell Standish
On Fri, Sep 08, 2017 at 05:08:39PM +1000, Bruce Kellett wrote:
> 
> OK, proper time is taken from SR and applied only locally, so the
> concept is not ruled out by GR. The problem is still that you have
> simply introduced a time parameter out of thin air. If you are to
> have time in the picture, it must emerge from the timeless
> bitstrings, and you have given no account of how this might happen.
> 

I think you are imposing a requirement for theory completeness I do
not impose myself. After all, my theory is not a "theory of
everything", but a theory of "Nothing".

You are right, that ultimately, we would like to know how subjective
time arises - whether it is via Barbour's time capsules, or some other
stitching of observer moments, or the natural connection between
machine states during a computation in a computationlist account.

However, my approach is - OK - we're probably not going to solve this
problem any time soon - so let's just assume that psychological time
is necessary, and see where that takes us. That is my TIME
postulate. If the results are nonsense, then we need to reexamine the
various assumptions. So far, they're not nonsense.

-- 


Dr Russell StandishPhone 0425 253119 (mobile)
Principal, High Performance Coders
Visiting Senior Research Fellowhpco...@hpcoders.com.au
Economics, Kingston University http://www.hpcoders.com.au


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Re: Do Observer Moments form a Vecor Space?

2017-09-08 Thread Bruce Kellett

On 8/09/2017 5:51 pm, Bruno Marchal wrote:

On 08 Sep 2017, at 09:08, Bruce Kellett wrote:

I think Brent's point, with which I agree BTW, is that an observer 
can only be defined in relation to an external world -- consciousness 
requires a world to be conscious of!


Why? That seems magical thinking (in the frame of Digital Mechanism). 
You should explain what an external world is, and how it select the 
"real" computations. Are you sure we don't need blessed water?


Sarcasm is a poor substitute for an argument..

The external world is that which you are conscious of. And it does not 
have to select the "real" computations, they select themselves: the 
"real" computations are the ones that are conscious. Just as the 
relevent bitstrings in the plenum are the ones that are conscious -- no 
one has to search through the pile to find them.


Bruce

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Re: Do Observer Moments form a Vecor Space?

2017-09-08 Thread Russell Standish
On Fri, Sep 08, 2017 at 09:48:10AM +0200, Bruno Marchal wrote:
> 
> That is right, but fortunately, a computation, when executed, is not
> a pile of states, is more like a precisely structured set of states.
> We still cannot found the observer there, except for some of them,
> but that is not important, because the observer itself can do that.
> Bitstring are not enough, here I agree with you.

You have to keep in mind that my theory is a model - the bitstrings
are necessary, but not necessarily sufficient. They represent the data
interpreted by an observer. Something like a universal dovetailer
gives us the bitstrings by virtue of the Washington-Moscow thought experiment.

My argument is that since the only thing we can discuss is appearances
(basically phenomenal physics), and appearances are observational
interpretation of the data, then taking an ensemble of all bitstrings
suffices for working out all that appears in a variety of ensemble theories.

I well concede that a collection of bitstrings may not be sufficient to
explain consciousness itself. We're a long way from knowing what might
be sufficient.

> 
> It is enough to use the fact that elementary arithmetic is a "great
> programmer". If someone believe that 2+2=4 independently of himself
> or of a universe, then, the whole dovetailing is there too. But with
> the reals or the bitstring, we get too much things, without enough
> structure. You (Russell) are right that the observer recognize its
> own computation(s), but you still need the computations for this.
> 

It is fairly uncontroversial to assume that universal computation is
necessary for consciousness, since we humans are capable of that. But
it may not be sufficient. We have zilch evidence of the
latter. Computationalism is the position that it is both necessary and
sufficient, of course.


-- 


Dr Russell StandishPhone 0425 253119 (mobile)
Principal, High Performance Coders
Visiting Senior Research Fellowhpco...@hpcoders.com.au
Economics, Kingston University http://www.hpcoders.com.au


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Re: Do Observer Moments form a Vecor Space?

2017-09-08 Thread Brent Meeker



On 9/8/2017 12:51 AM, Bruno Marchal wrote:
I think Brent's point, with which I agree BTW, is that an observer 
can only be defined in relation to an external world -- consciousness 
requires a world to be conscious of!


Why? That seems magical thinking (in the frame of Digital Mechanism). 
You should explain what an external world is, and how it select the 
"real" computations. Are you sure we don't need blessed water?


An external world is what you and others with whom you communicate are 
conscious of.  It's what is not a dream (or a delusion).


Brent

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Re: A profound lack of profundity (and soon "the starting point")

2017-09-08 Thread John Clark
*I wrote the following a few days ago but didn't send it because I intended
to say more, but other things came up that seemed more important so this
will just have to do.*

On Thu, Sep 7, 2017 at 4:56 AM, Bruno Marchal  wrote:

​> ​
> when in still in Helsinki, can be sure that his first person experience
> will be of being in once city,
>

​Mr. His may have been absolutely sure​

​but Mr. His was also absolutely incorrect​, that tends to happen a lot. If
Mr. His had been correct then after the duplication all the people who
remember being Mr. His would be in only one city but clearly they are in
two.


> ​> ​
> and that he cannot prdict which one.
>

​Which one? When the prediction was made there was only one. Please explain
exactly what that means, hell even approximately what it means would be a
vast improvement.  ​


> ​> ​
> "he" will very well know where "he" feel to be after pushing the button.
>


​After? ​
Nobody can make a prediction AFTER pushing the button​
​ because then its not a predicting its just reporting.

​And AFTER the button is pushed there are 2 people who go by the name "he"
which causes endless confusion, but that's not a bug its a feature if you
want to hide fuzzy thinking.​


> ​> ​
> the prediction is about his *future* first person experience.
>

​So you tell me did "his" end up in, one or two? If it's one did it turn
out to be Moscow or Washington?​



​>> ​
>> that one and only one city the H-man sees is Helsinki. ​
>
>
> ​>​
> Not after pushing the button.
>

​IRRELEVANT! The question MUST be asked BEFORE pushing the button. What
exactly did the Helsinki Man fail to predict? ​



> ​> ​
> The first person experiences available are "feeling to be in Moscow" and
> "feeling to be in Washington"
>

​And after the button is pushed BOTH of those feelings will be felt by
somebody who remembers how things were BEFORE the button was pushed. So If
Mr. Beforethebutton​ispushed

​said "What one and only one city will I, ​
Mr. Beforethebutton​ispushed

​see after the button is pushed?" is that a question or is that gibberish?
If it's a real question then it must have an answer even if that answer
can't be predicted, so you tell me, does it have an answer, one and only
one answer?​



> ​>>​
>> ​ ​
>> and only one of them can occur for any of its future first person
>> experience.
>
>
> ​> ​
> You just continue to ignore that the question is on a future first-person
> experience.
>

​There are 2 ​
 first-person experience
​s and the Helsinki man ​correctly predicted who would see what. And n
obody and nothing can
​predict ​
the thing that caused the
​m​
to come into existence because the first requirement in being a good
predictor is existing.
​Seeing Washington cause the Washington Man to exist and seeing Moscow
caused the Moscow to exist​.


> ​> ​
> There is no ambiguity,
>

​Then name the one and only one city it turned out to be!​

​

John K Clark​






>
>

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Re: A profound lack of profundity (and soon "the starting point")

2017-09-08 Thread John Clark
On Thu, Sep 7, 2017 at 9:39 AM, Terren Suydam 
wrote:

No, you said:
>
> True, it's not gibberish. The question is clear, it's about what I expect
>> not what will turn out to be true. I might expect to wake up in ​Santa
>> Claus's workshop
>
>
If I expected to be in Santa Claus's workshop
​ ​
tomorrow and you asked me, not where I will be but where I **expected**
​to be ​
then it would be a real question and "Santa Claus's workshop
​" would be the correct answer. I'd write more but ​at the moment Hurricane
Irma is more on my mind than more of this silliness.

 John K Clark





> but I might be wrong, my expectations have been proven to be wrong before.
>
>
>
> On Thu, Sep 7, 2017 at 8:32 AM, John Clark  wrote:
>
>>
>> On Wed, Sep 6, 2017 at 3:23 PM, Terren Suydam 
>> wrote:
>>
>> ​> ​
>>> You admitted earlier that the question is not gibberish when you don't
>>> know you're being duplicated elsewhere.
>>>
>>
>> ​I admitted nothing of the sort! The question is always 100% pure
>> gibberish but I did not know it was gibberish because I was deceived and
>> given false information.​
>>
>> ​If you give me incorrect data I will form incorrect conclusions.​
>>
>>  John K Clark
>>
>>
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Re: A profound lack of profundity (and soon "the starting point")

2017-09-08 Thread Terren Suydam
No, you said:

True, it's not gibberish. The question is clear, it's about what I expect
> not what will turn out to be true. I might expect to wake up in ​Santa
> Claus's workshop but I might be wrong, my expectations have been proven to
> be wrong before.



On Thu, Sep 7, 2017 at 8:32 AM, John Clark  wrote:

>
> On Wed, Sep 6, 2017 at 3:23 PM, Terren Suydam 
> wrote:
>
> ​> ​
>> You admitted earlier that the question is not gibberish when you don't
>> know you're being duplicated elsewhere.
>>
>
> ​I admitted nothing of the sort! The question is always 100% pure
> gibberish but I did not know it was gibberish because I was deceived and
> given false information.​
>
> ​If you give me incorrect data I will form incorrect conclusions.​
>
>  John K Clark
>
>
> --
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Re: [Sadhu Sanga] what is real -- the Einsteinian view

2017-09-08 Thread Joseph McCard
On Wed, Sep 6, 2017 at 4:54 AM, Bruno Marchal  wrote:

> Hi Jennifer,
>
>
> On 06 Sep 2017, at 04:46, Jennifer Nielsen wrote:
>
>
> If something exists in relation to something else, with one thing having a
> stronger quality of some sort than the other, a ratio exists, and therefore
> quantity.
>
> Therefore quantity comes into being at the same time as relative quality.
> So the question now becomes whether one believes in quanta or qualia. If
> one trusts awareness/perception as a primary way of knowing, quanta and
> qualia arise together.
>
>
>
> OK. But the whole problem is there. With the "dream argument", or even
> better with Mechanism, we just cannot trust awareness/perception as a
> primary way of knowing.
>

If you want to know what’s true for you about something, look to how you’re
feeling about it. Feeling is the language of the soul. "God" is always
communicating with you, in words, but first of all, through your feelings.
Many words have been uttered by others, in "God's' name. Many thoughts and
many feelings have been sponsored by causes not of "God's" direct creation.

The challenge is one of discernment. The difficulty is knowing the
difference between messages from "God" and data from other
sources. Discrimination is a simple matter with the application of a basic
rule:

"God's" is always your Highest Thought, your Clearest Word, your Grandest
Feeling. Anything less is from another source.

Now the task of differentiation becomes easy, for it should not be
difficult even for you to identify the Highest, the Clearest, and the
Grandest.

The Highest Thought is always that thought which contains joy. The Clearest
Words are those words which contain truth. The Grandest Feeling is that
feeling which you call love.

Joy, truth, love.

These three are interchangeable, and one always leads to the other. It
matters not in which order they are placed. [note: I put "God" in quotes,
as there are many names, and I do not wish to offend anyone]

joe 🤔




> In fact, perception involves billions of "amoeba" chatting on the internal
> neuro-net called "brain", and nothing there is primary. We can always
> hallucinate.
>
> Anticipating on further explanations, the qualia comes (logically) first,
> and quanta will appear as special sort of sharable qualia. The physical
> reality will appear as a special sort of  first person plural "video game",
> winning a battle for sustaining your experience.
>
> I don't claim that Digital Mechanism is true, but this makes it testable
> and up to now, it fits the observation, thanks to QM (without collapse).
>
> Bruno
>
>
>
>
>
>
>
> --
> *From:* Bruno Marchal 
> *To:* VINOD KUMAR SEHGAL ; Online_Sadhu_Sanga@
> googlegroups.com
> *Cc:* Ram Lakhan Pandey Vimal ; "Vasavada, Kashyap
> V" ; Asingh2384 ;
> georgew...@aol.com; Joseph McCard ; Paul
> Werbos ; BVKSastry(Gmail) ;
> sisir roy ; Stanley A. KLEIN <
> skl...@berkeley.edu>; Vivekanand Pandey Vimal ;
> "'Chris de Morsella ' via Everything List" <
> everything-list@googlegroups.com>
> *Sent:* Tuesday, September 5, 2017 3:33 PM
> *Subject:* Re: [Sadhu Sanga] what is real -- the Einsteinian view
>
> Dear Vinod,
>
>
> On 05 Sep 2017, at 14:41, VINOD KUMAR SEHGAL wrote:
>
> Dear Vinod,
>
> Thank you for your attempt to understand what I try to explain. Let us
> indeed try to find where we
>  might disagree. I think we disagree simply on our assumptions. You assume
> primary stuff.
>  I assume elementary number relations.
>
> But above is a great difference.
>
>
> I think I see where we disagree.
>
>
>
>
>
>
> On 01 Sep 2017, at 13:46, VINOD KUMAR SEHGAL wrote:
>
>
>
> There are some more issues for numbers/arithmetic which requires to
> be discussed
> and explored further
>
> i)  Do  numbers/arithmetic  have some fundamental non-emergent existence
> or do they
>  manifest in nature as the result of some emergent phenomenon.
>
>  I think numbers and arithmetic can't have any fundamental
> non-emergent existence
>  since numbers per se are devoid of any "ontology with some stuff" and
> for the
>  fundamental existence of anything, it should be possessed with some
> "ontology
>   with some stuff"
>
>
> OK. I might say that we differ on this. I do not believe in stuff. I don't
> think that there are
>   evidences for stuff.
>
> Yes, there could be no objective evidence for either of the primordial
> existence of physical stuff
> and numbers.
>
>
> OK.
>
> Now, assuming the numbers is not a lot. In fact assuming any universal
> machinery, in the mathematical sense of Church, Turing, Kleene ... (the
> discoverers of the plausible mathematical notion of (universal) digital
> computation. It is made philosophically precise by the assumption of
> Church's thesis, or Church-Turing thesis, but in my opinion even better
> understood and discovered by Emil Post And Stephen Kleene.
>
> And the physicists assumes also the numbers when developing their
> mathematical theories. Wigner asked 

Re: A profound lack of profundity (and soon "the starting point")

2017-09-08 Thread Quentin Anciaux
2017-09-07 14:32 GMT+02:00 John Clark :

>
> On Wed, Sep 6, 2017 at 3:23 PM, Terren Suydam 
> wrote:
>
> ​> ​
>> You admitted earlier that the question is not gibberish when you don't
>> know you're being duplicated elsewhere.
>>
>
> ​I admitted nothing of the sort! The question is always 100% pure
> gibberish but I did not know it was gibberish because I was deceived and
> given false information.​
>
> ​If you give me incorrect data I will form incorrect conclusions.​
>
>  John K Clark
>
>
According to John Clark, John Clark believe in MWI (or find it plausible),
so according to John Clark where from it's own POV he will be tomorrow (or
in the next second) is gibberish... as tomorrow there will be an infinity
of John Clark (well, even in the next nanosecond... so scary...). So we
have to conclude John Clark is gibberish. Won't say that I knew it


>
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-- 
All those moments will be lost in time, like tears in rain. (Roy
Batty/Rutger Hauer)

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Re: Do Observer Moments form a Vecor Space?

2017-09-08 Thread Bruno Marchal


On 08 Sep 2017, at 09:08, Bruce Kellett wrote:


On 8/09/2017 12:05 pm, Russell Standish wrote:

On Wed, Sep 06, 2017 at 05:39:07PM +1000, Bruce Kellett wrote:

On 6/09/2017 2:52 pm, Russell Standish wrote:

On Wed, Sep 06, 2017 at 11:44:12AM +1000, Bruce Kellett wrote:
I find the discussion in your book rather cursory, unless I have  
not

located the relevant passages -- numbers of pages or sections to
look at might help.

Time is discussed in S4.3,

That discussion is rather misleading. You introduce general
relativity to clarify the notion of coordinate time. But all you are
actually using is special relativistic Minkowski space -- in GR time
is extremely problematic since arbitrary coordinate transformations
can mix time and space in arbitrary ways. This is the problem of
time in GR, and there is no generally agreed solution.

My point about GR is the distinction it makes between coordinate time
and proper time. Proper time is the relevant concept for the TIME
postulate.


You really need only SR: proper time is the time kept by an inertial  
clock. It gives only a local time ordering of events, but that is  
probably all you want. The real problem is that your have introduced  
a time parameter from thin air, as it were. Your ontology is static  
bitstrings. Unless you can find a way for a useful time parameter to  
emerge from that, your theory fails.



As you know, GR permits closed spacetime loops in some rather
exotic situations in such a case a given spacetime coordinate (event)
can be visited multiple times with different proper times. How to
interpret what that all means is, of course, an open question.


GR gives closed time loops only in very exotic cosmologies --  
nothing that need really concern us. My point about time in GR is  
that there is, in general, no unique foliation of space time by  
spacelike hypersurfaces that could give a natural temporal order --  
the problem of 'many fingered' time.



Julian
Barbour's work is a response to this general problem -- that is
really at the base of what I have proposed later. But I think you
'Time Postulate' in S4.3 is seriously deficient because you
essentially propose a topologically simple time parameter, which
does not exist in general relativity, Your discussion is deficient
in that it does not go beyond special relativity.
Topology applies to coordinate time. Not to proper time, which even  
in GR

is still a simple 1D real parameter.

 In S4.3 you quote
Wheeler: "Time is what prevents everything happening at once." But
in a timeless block Minkowski universe, everything does, indeed,
happen at once: the observer moment corresponding to you as a baby
co-exists with your present observer moment. There is a temporal
relation between these two events, but that is intrinsic to the
events, not a separate ordering. No general foliation of space-time
into a sequence of spacelike hypersurfaces is possible in GR.

Which I've never implied.

The importance of Wheeler's quote is that events need to be separated
in time to allow an observer to measure a difference (that makes a
difference). One wonders if spatial separation should be enough, but
it appears that observers are not actually spatially extended  
things -
I forget now all the details, but this seems to be the conclusion  
of a

number of people in this area: Daniel Dennett and Michael Lockwood to
name two.


If the ontology, including observers, is timeless, then an apparent  
temporal ordering must emerge from the structure of that static  
plenum. You simply cannot brush away the problem by imposing a time  
parameter from outside by fiat.



 the projection postulate is described as
really anthropic selection, a concept discussed in S5.3. Lewontin's
principles are described in S6.1. S6.4 is an argument that we must
live in an evolutionary universe. Putting it all together for  
deriving

QM is discussed in S7.1.

Reliance on an evolutionary argument like this requires a
distinction between the observer and data, and I am doubting the
viability of that distinction.


I think there must always be a self-other distinction, a distinction
between observer and er environment. Consequently, there will be a
distinction between observer and observed (data). Brent Meeker has
also been banging on a bit about this over the years, particularly in
relation to the MGA.


I think Brent's point, with which I agree BTW, is that an observer  
can only be defined in relation to an external world --  
consciousness requires a world to be conscious of!


Why? That seems magical thinking (in the frame of Digital Mechanism).  
You should explain what an external world is, and how it select the  
"real" computations. Are you sure we don't need blessed water?






This does not necessitate a hard distinction between the observer  
and the data. The observer might be the way the data knows itself.  
In other words, the observer is also the data.


That is indeed reasonable in any monistic theories.

Have to 

Re: Do Observer Moments form a Vecor Space?

2017-09-08 Thread Bruno Marchal


On 08 Sep 2017, at 09:08, Bruce Kellett wrote:


On 8/09/2017 11:40 am, Russell Standish wrote:

On Thu, Sep 07, 2017 at 09:44:02PM +1000, Bruce Kellett wrote:

On 6/09/2017 5:39 pm, Bruce Kellett wrote:

On 6/09/2017 2:52 pm, Russell Standish wrote:
More importantly, I'm sure you appreciate that codings are also  
entirely
arbitrary, that every possible bitstring will represent the OM  
of me
sitting at this keyboard typing to you under some coding. It is  
only by
fixing a coding that we can talk about bit strings having  
meaning, ie

some bitstrings represent (eg the aforementioned OM) whilst others
don't.
We have skirted round the coding problem. While I do not for a  
moment
think that there is any possible coding that can relate every  
possible

bitstring to my present (or any other) observer moment (there is no
coding that can make a complex entity out of a string consisting
entirely of ones, or of an infinite sequence of alternate 0s and  
1s,
and so on), the problem of where the coding comes from, and how  
it is

interpreted, seems insurmountable. Perhaps that is, in fact, the
Achilles heel of the whole enterprise.

On reflection, I realize that coding is not really an issue if we
have a plenum consisting of all possible bit strings. After all, any
coding of any particular bitstring simply gives another bitstring --
coding is nothing more than a map of the plenum to itself. So any
possible coding of any possible bitstring is already a string in the
pile!

The question, then, is what particular strings are 'self-realizing'
as time capsules? If this is a possibility, how ever low the
probability, it must be realized among the infinite number of
bitstrings in the plenum. Nothing more need be done!

Of course, we have not actually explained anything, but that is one
of the problems of any form of 'everythingism'.


Of course. That is why explanations must be relativised to the
observer. All that can be hoped to explain with any "everything"
theory is the appearance of things, why some things appear more  
likely

than others, given a particular observer, and then abstract away the
local details of the observer to common properties of all observers.


But the observer must be found within your plenum -- the collection  
of bitstrings -- there is nowhere else from which one could get an  
observer.



Another way of putting this is that observers cannot supervene on the
collection of bitstrings, but rather on the interpretations of those
bitstrings.


I cannot make sense of this. If the observers are not to be found in  
the bitstrings, which make up everything there is, then they do not  
exist.



It is the same way that in computationalism, observers do
not supervene on the universal dovetailer, or even on specific  
program

code, but rather on the computations themselves.


The dovetailer assembles a plenum of computations -- provided one  
can make sense of this -- so computations are all that there is, and  
the observer must be found among the computations. If the dovetailer  
simply assembles a pile of machine states, then you have a problem  
finding the observer.


That is right, but fortunately, a computation, when executed, is not a  
pile of states, is more like a precisely structured set of states. We  
still cannot found the observer there, except for some of them, but  
that is not important, because the observer itself can do that.  
Bitstring are not enough, here I agree with you.





Bruce


One of my main points
in my 2004 paper is that there is no external reference machine, like
there is with Schmidhuber's "Great Programmer", but rather the
observer defines the machine running the computations.


It is enough to use the fact that elementary arithmetic is a "great  
programmer". If someone believe that 2+2=4 independently of himself or  
of a universe, then, the whole dovetailing is there too. But with the  
reals or the bitstring, we get too much things, without enough  
structure. You (Russell) are right that the observer recognize its own  
computation(s), but you still need the computations for this.


Bruno







Cheers


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Re: Do Observer Moments form a Vecor Space?

2017-09-08 Thread Bruce Kellett

On 8/09/2017 11:40 am, Russell Standish wrote:

On Thu, Sep 07, 2017 at 09:44:02PM +1000, Bruce Kellett wrote:

On 6/09/2017 5:39 pm, Bruce Kellett wrote:

On 6/09/2017 2:52 pm, Russell Standish wrote:

More importantly, I'm sure you appreciate that codings are also entirely
arbitrary, that every possible bitstring will represent the OM of me
sitting at this keyboard typing to you under some coding. It is only by
fixing a coding that we can talk about bit strings having meaning, ie
some bitstrings represent (eg the aforementioned OM) whilst others
don't.

We have skirted round the coding problem. While I do not for a moment
think that there is any possible coding that can relate every possible
bitstring to my present (or any other) observer moment (there is no
coding that can make a complex entity out of a string consisting
entirely of ones, or of an infinite sequence of alternate 0s and 1s,
and so on), the problem of where the coding comes from, and how it is
interpreted, seems insurmountable. Perhaps that is, in fact, the
Achilles heel of the whole enterprise.

On reflection, I realize that coding is not really an issue if we
have a plenum consisting of all possible bit strings. After all, any
coding of any particular bitstring simply gives another bitstring --
coding is nothing more than a map of the plenum to itself. So any
possible coding of any possible bitstring is already a string in the
pile!

The question, then, is what particular strings are 'self-realizing'
as time capsules? If this is a possibility, how ever low the
probability, it must be realized among the infinite number of
bitstrings in the plenum. Nothing more need be done!

Of course, we have not actually explained anything, but that is one
of the problems of any form of 'everythingism'.


Of course. That is why explanations must be relativised to the
observer. All that can be hoped to explain with any "everything"
theory is the appearance of things, why some things appear more likely
than others, given a particular observer, and then abstract away the
local details of the observer to common properties of all observers.


But the observer must be found within your plenum -- the collection of 
bitstrings -- there is nowhere else from which one could get an observer.



Another way of putting this is that observers cannot supervene on the
collection of bitstrings, but rather on the interpretations of those
bitstrings.


I cannot make sense of this. If the observers are not to be found in the 
bitstrings, which make up everything there is, then they do not exist.



It is the same way that in computationalism, observers do
not supervene on the universal dovetailer, or even on specific program
code, but rather on the computations themselves.


The dovetailer assembles a plenum of computations -- provided one can 
make sense of this -- so computations are all that there is, and the 
observer must be found among the computations. If the dovetailer simply 
assembles a pile of machine states, then you have a problem finding the 
observer.


Bruce


One of my main points
in my 2004 paper is that there is no external reference machine, like
there is with Schmidhuber's "Great Programmer", but rather the
observer defines the machine running the computations.

Cheers


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Re: Do Observer Moments form a Vecor Space?

2017-09-08 Thread Bruce Kellett

On 8/09/2017 12:05 pm, Russell Standish wrote:

On Wed, Sep 06, 2017 at 05:39:07PM +1000, Bruce Kellett wrote:

On 6/09/2017 2:52 pm, Russell Standish wrote:

On Wed, Sep 06, 2017 at 11:44:12AM +1000, Bruce Kellett wrote:

I find the discussion in your book rather cursory, unless I have not
located the relevant passages -- numbers of pages or sections to
look at might help.

Time is discussed in S4.3,

That discussion is rather misleading. You introduce general
relativity to clarify the notion of coordinate time. But all you are
actually using is special relativistic Minkowski space -- in GR time
is extremely problematic since arbitrary coordinate transformations
can mix time and space in arbitrary ways. This is the problem of
time in GR, and there is no generally agreed solution.

My point about GR is the distinction it makes between coordinate time
and proper time. Proper time is the relevant concept for the TIME
postulate.


You really need only SR: proper time is the time kept by an inertial 
clock. It gives only a local time ordering of events, but that is 
probably all you want. The real problem is that your have introduced a 
time parameter from thin air, as it were. Your ontology is static 
bitstrings. Unless you can find a way for a useful time parameter to 
emerge from that, your theory fails.



As you know, GR permits closed spacetime loops in some rather
exotic situations in such a case a given spacetime coordinate (event)
can be visited multiple times with different proper times. How to
interpret what that all means is, of course, an open question.


GR gives closed time loops only in very exotic cosmologies -- nothing 
that need really concern us. My point about time in GR is that there is, 
in general, no unique foliation of space time by spacelike hypersurfaces 
that could give a natural temporal order -- the problem of 'many 
fingered' time.



Julian
Barbour's work is a response to this general problem -- that is
really at the base of what I have proposed later. But I think you
'Time Postulate' in S4.3 is seriously deficient because you
essentially propose a topologically simple time parameter, which
does not exist in general relativity, Your discussion is deficient
in that it does not go beyond special relativity.

Topology applies to coordinate time. Not to proper time, which even in GR
is still a simple 1D real parameter.

  In S4.3 you quote
Wheeler: "Time is what prevents everything happening at once." But
in a timeless block Minkowski universe, everything does, indeed,
happen at once: the observer moment corresponding to you as a baby
co-exists with your present observer moment. There is a temporal
relation between these two events, but that is intrinsic to the
events, not a separate ordering. No general foliation of space-time
into a sequence of spacelike hypersurfaces is possible in GR.

Which I've never implied.

The importance of Wheeler's quote is that events need to be separated
in time to allow an observer to measure a difference (that makes a
difference). One wonders if spatial separation should be enough, but
it appears that observers are not actually spatially extended things -
I forget now all the details, but this seems to be the conclusion of a
number of people in this area: Daniel Dennett and Michael Lockwood to
name two.


If the ontology, including observers, is timeless, then an apparent 
temporal ordering must emerge from the structure of that static plenum. 
You simply cannot brush away the problem by imposing a time parameter 
from outside by fiat.



  the projection postulate is described as
really anthropic selection, a concept discussed in S5.3. Lewontin's
principles are described in S6.1. S6.4 is an argument that we must
live in an evolutionary universe. Putting it all together for deriving
QM is discussed in S7.1.

Reliance on an evolutionary argument like this requires a
distinction between the observer and data, and I am doubting the
viability of that distinction.


I think there must always be a self-other distinction, a distinction
between observer and er environment. Consequently, there will be a
distinction between observer and observed (data). Brent Meeker has
also been banging on a bit about this over the years, particularly in
relation to the MGA.


I think Brent's point, with which I agree BTW, is that an observer can 
only be defined in relation to an external world -- consciousness 
requires a world to be conscious of! This does not necessitate a hard 
distinction between the observer and the data. The observer might be the 
way the data knows itself. In other words, the observer is also the data.



But there does seem to be a divide between the starting point of all
possible bitstrings and the operational idea of an observer
interpreting these strings. It seems to me that since the observer
must be part of these bitstrings, you have to make that central. So
an observer moment is the set of all bit sequences that correspond
to that moment --