Monday, August 29, 2011

My topic - the Universal Dovetailer Argument

This month I'm breaking with tradition and actually posting early! This is for two reasons, 1) because I have some time on my hands being sick at home today and 2) because the topic may be more challenging than the average so I'm giving you all some time to get acquainted with the material before we discuss it. I'm going to try to be as concise as possible but a certain level of verbosity is unavoidable.

First of all, let me make my own position on this theory clear. I don't 'believe' it as such. In fact I actively disbelieve it, for reasons I won't go into here - I'll leave that for the day. Nevertheless it does open up some pretty fascinating philosophical vistas, and ties into a whole bunch of stuff including the dreaded Cryogenic Paradox, quantum theory, the objective existence of numbers, the modern multiverse cosmology, and more. As a backgrounder, I stumbled on this through a Google group called the Everything List, a discussion group bound together by the concept that 'everything exists', which I'd been referred to by someone who left a comment on my Cryogenic Paradox post.

But I promised concision, so onwards! The idea I want to present is called the Universal Dovetailer Argument (UDA), and was proposed by a French academic by the name of Bruno Marchal, who is a research fellow in AI at the Université Libre de Bruxelles. Here is Marchal's original paper on the subject (from which I attempt to distill this summary). Unfortunately Marchal's argumentation style is not exactly crystalline in its clarity for a non-mathematician, a problem exacerbated by his inconsistent conjugation of English verbs. Nevertheless, I think I've succeeded in deciphering 90% of the gist. I'll tell you the bit I don't follow (and have my doubts about) when I get there.

So, the UDA proposes itself as a refutation of materialism, and purports to "reduce physics to fundamental machine psychology", by which I think he means the mathematically defined laws by which computing devices (namely, us) compute their self-consistent states (I'll explain). It relies on the following assumptions:
  • That a brain (and a consciousness) can be substituted by a 'Turing-machine' type computational device, i.e., we could theoretically have a brain transplant and not know the difference.
  • The 'Church Thesis', which basically says that one type of computer can always perfectly emulate another (contradicting my suspicion that my old Commodore 64 would struggle with Photoshop CS5, but if you fed the data through in small enough blocks, and could maintain state with enough memory...). We're talking mathematical inputs and outputs here, not the time taken nor the form of presentation.
  • Arithmetical Realism - namely the idea that mathematical relations and propositions "are true independently of me, you, humanity, the physical universe" etc.
These assumptions sum to what Marchal calls Classical Computationalism (or just "comp" for brevity's sake). I can personally accept the second of these assumptions, C64 notwithstanding. The first and last are a lot more debatable, but as I said, we're "running with it".

So here goes the argument in 8 steps:
  1. "Comp" allows for teleportation, whereby a person is cut at one place and pasted at another. (I can't resist relating a joke at this point: Man standing in teleporter hears an announcement: "Your duplicate has been created at the destination, but due to a technical fault, there has been a delay in vaporization at this end. Please stand by...") Now the person at the end of the teleportation is a "consistent extension" of the one prior to teleportation, so Marchal assumes it is the same individual/consciousness. All we have done is add to the individual's belief set a new one relating to location. This is in fact irresistible unless we try to "stick" consciousness to the physical substrate of the "computation" that is the mind, but that violates assumptions 1 (and 2) above.
  2. Now let us imagine this person keeps a diary which gets teleported along with him or her and records what happens. A third-person account of the teleportation will at this stage be completely consistent with the diary (first person) account. The pronouns will be different, but the proposition will be logically identical ("Pierz was teleported from Melbourne to Sydney" vs "I was teleported from Melb to Syd"). But imagine there is now inserted a time delay between "departure" and "arrival" in the teleportation process. If the teleportee is not allowed reference to any external cues to the passage of time (eg, a non-teleported calendar), the first person account will now differ from the third person account, as the diary will not register any delay - the gap is invisible/non-existent from the first person perspective.
  3. Now imagine the person's data is transmitted to two destinations, say Adelaide as well as Sydney. From the first person perspective, what is the chance my diary will say I arrived in Sydney after the experiment is complete? It has to be 50%. Even though there is no uncertainty in the third-person account, there is an irreducible uncertainty in the first person account (I'm going to use the abbreviations 1-p and 3-p from now on for these perspectives because I'm lazy). From 3-p, there's a fully determined, objective situation; from 1-p, there's a 50% uncertainty. Objectively (3-p) the person is going to end up in both places. But there is no diary where someone is in both places at once, so you could say from the point of view of the traveller, the chance of being in one place or another post-teleport is 50% each way.
  4. Now let us introduce a delay in one branch of the teleportation. The internet connection to Adelaide is down and they can't email all the attachments required for reconstitution for a couple of days, say. In this scenario, the probability of ending up in Sydney or Adelaide is still 50% - the delay is irrelevant because it does not affect the 1-p account.
  5. Now imagine we don't vaporize the person in Melbourne, but simply email a copy to Sydney and duplicate them. What now is the probability of ending up in Melbourne or Sydney from 1-p? It is still 50%, since the "original" that stays at home can be considered as having been "teleported" to the same place with a zero delay.
  6. Next we can postulate the possibility of "teleporting" a subject into a virtual reality rather than an actual one. All the preceding steps can be performed with the reconstitution being virtual rather than real, without any change in the 1-p account for as long as the simulation is maintained and given an accurate enough virtual Sydney.
  7. Now we come to the so-called Universal Dovetailer (UD), and now we get contentious (if the above wasn't contentious enough).  The UD is basically an algorithm that executes all possible programs. It is called a dovetailer because, in order not to "crash" on infinitely executing programs (there is in theory no way to exclude such algorithms), it executes one instruction from each program in sequence then goes on to the next instruction in the next program, and so on, thus doing what a multitasking OS with a single core effectively does - simulating parallelism. Now suppose that the universe is large enough and robust enough to allow such a device to run forever. It follows that will generate all possible Turing machine states infinitely often, including all possible virtual reconstructions of yourself in all possible locally emulable environments. And since we have established (or assumed) that your mind/brain is emulable and any such emulation will in fact result in a 1-p indeterminacy as to where 'you' end up - this indeterminacy being the infinite union of all finite portions of the UD machine where you are emulated - we can see that 'you' exist within the UD as one trace through the all the existing computational states of this "machine". So physics, as the science which gives correct predictions about the probabilities of  entities being in particular states, can be reduced to "fundamental machine psychology", or "some measure of consistent states" from a first-person point of view. It becomes an "average of consistent histories". GEDDIT??
  8. OK, but here's the obvious objection. What if the universe is not big enough to support the UD? Then our normal physical predictions would be safe from interference from all the virtual states of this machine. According to Marchal, "such a move can be considered ad hoc and disgraceful" (!), but he doesn't really explain the disgrace of this obvious objection. Instead he goes on to argue that we cannot associate inner experiences with physical processing (this was the point I raised earlier when introducing teleportation), but instead that inner states must correspond to a type or branch of computation in the platonic mathematical space of all computation (Arithmetical Realism). But I cannot frankly follow his reasoning why (it's on page 11 of the paper if you want to have a crack). He draws the conclusion that computation is not performed by a physical machine (which the universe may not be able to support), but that these computations exist in mathematical space, requiring no physical substrate. 
OK, so the logic of the last part gets kinda weird and flaky, but consider this: modern cosmology now suggests the existence of an infinite universe, or in fact an infinity of universes separated by space expanding faster than the speed of light and therefore unable to communicate in a classical sense, but presumably still quantum-entangled. If this picture is true, then the universe itself could be the UD, creating all possible Turing states, and if it is the case (solving the Cryogenic Paradox) that a sufficiently accurately emulated state in effect "blurs into" all other equal states (i.e., another way of saying there is only one observer), then something like the above becomes almost plausible. We have a version of Everett's many universes interpretation of QT, in which the wave function is the "presence" of all the other universes adjoining ours in information space or, to use Marchal's lingo, it is the 1-p indeterminacy of all consistent states in the infinite trace of the UD. You can at this point dispense with the awkward terminology of the "dovetailer" and simply consider  the universe as a generator of all possible configurations of information. If information rather than matter is primary, then something along the lines outlined above is not as preposterous as it at first sounds.

DISCUSS!

(I realize this was a mega-crash-course in a some kinda out-there ideas, so apologies for that. I do recommend having a go at the first 12 pages of Marchal's paper if anything is unclear.)

Something of geeky interest

http://www.youtube.com/watch?v=E3keLeMwfHY

Thursday, August 25, 2011

Cryogenic paradox revisited

Now don't groan!

A comment on from a random on my cryogenic paradox blog post led me on a google-chase to this forum thread - still in progress - which appears to reveal that my paradox (a version thereof) is a known thought-experiment used to disprove materialism, given the acceptance of certain computational premises (I think, more or less, that a brain can be simulated as a computer). Thank Christ, I'm not alone in seeing a major problem here! Read or don't read, but I couldn't resist passing on the link.

Monday, June 20, 2011

The Cryogenic Paradox

I've cross-posted this from my personal blog. I've tried to really nail down the paradox and my perceived solution to it. I don't know if anyone will bother to read 4000 words, but hell, better to have more stuff on the COSC blog than less I reckon. I'll be interested to hear anybody's response...

The paradox I’m about to explain is one that has been literally keeping me awake at night of late. This was never intended to be a philosophy blog, but then it was never intended to be a travel blog originally either, so I’m giving up on defining what the hell my blog is about and just going with it. If difficult philosophical problems aren’t your thing, you are hereby excused. If , on the other hand, you’re game for a genuine mind-bender, read on. A warning in advance though. The stuff I’m dealing with here lies in that tricky territory of the extremely-difficult-to-talk-about-in-ordinary-language, and I’ve discovered through trying to talk friends through the problem, that the whole paradox just eludes some people, like a sort of colour-blindness. I’m reminded of the Simpson’s episode where Lisa asks Bart whether a tree that falls in the forest when no-one is there to hear it makes a sound, and Bart replies in a snap: “That’s easy! Yes!” I insist that if this doesn’t bend your mind, if the answer seems “easy”, then you’re Bart. But we could argue that one forever... Anyway, to proceed...

The so-called ‘problem of consciousness’ is one that has fascinated and preoccupied me since I was young. As a child I always felt there was something deeply problematic about the division between sentient and insentient matter. How does a brain - an assemblage of mindless atoms - become, merely through the complexity of its assembly, aware? I felt there had to be a missing ingredient, and when I was about sixteen I decided that all matter had to have some form of rudimentary consciousness, which the brain merely marshalled into the patterns and arrangements we know as thought. Otherwise, how does the brain bridge this magic gap? I simply couldn’t accept the ‘epiphenomenon’ position - that consciousness is a secondary, irrelevant froth arising as a side-effect in the brain. Surely that position puts the cart before the horse in the most egregious fashion. Likewise the ‘emergent properties’ argument, which argues that in complex systems ‘higher order’ properties may arise that transcend the properties of the parts. I can accept that the whole may have different properties from the parts, for example a bunch of heart cells takes on the emergent property of being able to pump blood when organised as a whole organ. But this type of emergent property is of an entirely different order from consciousness, which seems to involve a leap into something that is not in any way implied in the properties of the parts. Pumping blood can be seen to be a natural outcome of the arrangement of physical components with normal physical properties, such as elasticity, shape and so on - the raw elements of ‘pumping’ can be seen to be there - but awareness does not seem to be implied in the properties of the parts at all.

The paradox I’m about to elaborate deals is related to this problem, and I think gets to the crux of the issue. Before I launch into the paradox itself, however, I need to make some preliminary remarks to head off a critical misunderstanding. When I studied philosophy 101 many years ago, we were presented with a so-called problem involving two ships - let’s call one the Pierz and the other the Pedro. Gradually, planks are removed from the hull of the Pierz and attached to the Pedro and vice versa. The question is, at what point does the Pierz turn into the Pedro and the other way round? The answer of course is who gives a damn? It’s all pure semantics, a matter of how you choose to define your terms. The Cryogenic Paradox, and the related thought experiments I’m about to explain, on the surface may seem to resemble a ‘dilemma’ of this sort. However, for reasons I hope to make clear, to reduce the problem to semantics is to miss the point entirely.

OK, so here’s the Cryogenic Paradox in a nutshell. You may be aware that there were once - perhaps there still are - companies that offered people a service whereby, for a handsome sum, their bodies after death would be preserved in perpetuity in liquid nitrogen in the hope that at one time in the future, science would be able to resurrect them. Disregarding scandals whereby paying customers were found to have been allowed to defrost rather disgustingly in their time capsules, let us imagine that one day, such a resurrection becomes possible, and these people are brought back. The question is: is the consciousness of the reawakened person the same consciousness as that of the person before they died? By the same consciousness, I mean are the new experiences happening to the same locus of awareness? The question seems almost banal at first glance. The frozen brain can be likened to a computer that has been powered down for a century and has now been rebooted. Of course it must be the same consciousness, right? Certainly if the resuscitation technology is good enough, and the person has all their former memories, they will believe themselves to be this person and will be delighted that their investment has paid off. I have to agree that it seems untenable to assert that this is a new person who merely has your old memories and personality wired in. What would such an assertion even mean?

To start to get at why there is a paradox here, consider four people (excuse my toilet door characters):



I can define a bunch of properties for these people. John is tall. Jenny is a social worker. Pierz likes to swing dance. Luke is a movie buff. Etcetera. These are objective properties. You could also define subjective properties relating to their identity - John considers himself a bit of a bad boy, Jenny remembers holidays at the beach, and so on. But Pierz, for me, has one special property. He is me. He has the unique (for me) property of being the locus of my subjective awareness. This does not make Pierz objectively unique, since everybody on the list is also me for somebody (themselves), but it does make Pierz unique for me, and in a most compelling way! All the others on the list are different and have the property of being ‘not me’.



Now to get at the significance of this me-ness and its difference from any question of identity, let us imagine that tomorrow I have a car accident and suffer a terrible brain injury that wipes out all my memories and causes a personality change for the desperately worse. I commit some horrible crimes and am sent to prison. Now the person who will commit these crimes is not really me, in an identity sense. They don’t have my personality, they don’t have my memories, they never recalling having been this Pierz character at all. It’s as if all the planks on the good ship Pierz had been removed and replaced with nasty Pedro planks. And yet if I’m told about this future, I will still be afraid of those prison experiences that lie in wait, because this new Pedro-Pierz will still have that mysterious property of somehow being me. Or at least we presume he will. We presume that, because the brain and body are continuous with the pre-damaged brain and body, the ‘being-me-ness’ is not going to change.

Now let’s return to the Cryogenic Paradox. Because the brain is the same brain, and the memories are preserved, the customer who buys his place in the cryogenic freezer assumes that the person who wakes up in a brave new world will also have this same quality of ‘being him’ and not ‘being somebody else’. But what if he’s wrong? Isn’t it possible to imagine all the aspects of your identity transplanted into some new body that is in all ways identical to you but that somehow is missing that crucial property of happening to ‘be me’. Mightn’t you, in spending a lot of money on your frozen future, be buying a life for someone who will have your memories, your identity, but sadly be lacking that final magic ingredient which is required to make this a bona fide resurrection - the property of happening to be the locus of your subjective awareness?

If you’re still stuck on the idea that the memories and so on of your former existence guarantee the same subjectivity, let’s vary the thought experiment and imagine that the procedure was imperfectly carried out and you lost your memories in the reanimation process (using ‘you’ as a pronoun of convenience here!). Your whole brain is wiped terrifyingly blank and you’re reduced to the tabula rasa of a newborn baby. If you knew before being frozen that this was going to happen to you, would you be afraid? Or would you dismiss it as easily as you might dismiss such a misfortune in a stranger - someone who happens not to possess that unique attribute of ‘being you’? I think you’d probably be scared at least of the possibility that you might have to be the one to go through this horrible erasure.

This is because of the brain, the physical organ, being the same. But is the brain the carrier of the connection between this body, this awareness, and the fact of it’s also being your awareness in particular? You’d think it has to. And yet how can the brain, as a frozen chunk of ice and protein with no activity, preserve the continuity of this ‘being-you-ness’ apart from via your memories? Where on earth does this fucking being-you-ness reside for chrissakes anyway? How does my I-ness continue to ‘stick’ to a dead brain? Surely it can’t.

A related paradox is what I’ll call the Duplication Paradox. In this, a complete map of your brain is copied into a computer and then all the neural networks are painstakingly reconstructed long after your death in a new human. Again, this person believes that they are you, because they remember your family holidays, remember your friends, your life, your decision to undergo the brain copying procedure. But does this duplicated person really have the quality of ‘being you’, or are they just some other person in the future with your memories? If you know some horrid fate is in store for them, will you be afraid?

It’s hard to see how you can say that this person isn’t you, from an identity sense, since identity is only information, and they have all the information that comprises your identity. But are they you in the vital other sense? Imagine the duplication occurs again, so there are now two yous. Surely both can’t simultaneously possess the quality of ‘being you’ can they?

Note that if we ignore the whole issue of ‘being you’, there is no paradox here above the jejune level of the ship dilemma. Without this mysterious property of you-ness, you can simply dismiss the problem as a question of semantics. Who cares whether it’s ‘really’ the same person? Like the two ships Pierz and Pedro, the question of whether the copied consciousness is ‘really’ the same person can be dismissed as a matter of mere definitions. But if it’s you being frozen or duplicated, then the question becomes vitally concerning: what am I going to experience in the future?

But let’s try and define what we really mean here by saying that this person (Pierz) has the property of being me and this person (John) doesn’t. Obviously, if I imagine myself into John’s consciousness, I will find that he has the property of ‘being me’ too, once ‘I’ am inside him, so to speak! So once I stop viewing people objectively, but start viewing them from inside, from their own viewpoints, then I discover that, lo and behold, all of them are ‘me’. I can’t, once I (some meta-I that is capable of flying between heads) experience their viewpoint, actually distinguish between their ‘being me-ness’ and my ‘being-me-ness’. To determine if the amnesic subject post cryogenic resuscitation is ‘really me’, I would need to identify some marker, some point of difference between various subjects’ experiences of being a subject. Not differences in identity or quality of consciousness - these are easy to find - but differences in the essential quality of being a me (language here is a completely inadequate tool). But there is no such marker and can be no such marker. Whatever differences exist between the experience of being Pierz and the experience of being John belong to the contents of consciousness, belong to the identity, and not to the attribute of ‘being me’, which has no other qualities than exactly that.

To illustrate further, let us return to the accident scenario, where I lose my memories and my personality changes radically. Now before this happens, as I sit and imagine this future person, much as I might sit and imagine the future duplicated self, or the unfrozen self, I am trying to determine if their me-ness is the same as my me-ness. Are ‘we’ a continuous self, or is this some other person, whose experiences I therefore won’t have to go through. But if I imagine myself into his ‘me’ (and I know he will have a ‘me’), although I can see that his identity, his thoughts and memories have little in common with mine, there is no way, even in principle, to determine if this me-ness is continuous with, or the same as, mine.

In fact, whatever head I imagine myself inside, I can never determine if it is the same or a different me, self or other, and so the question of who the defrosted person is, me or somebody else, appears absurd, unanswerable, meaningless or unknowable. What the above considerations amount to is a reductio ad absurdum of the whole notion of I-ness, or of individual ‘I’s. And at the same time, our very real fear of death, our very real awareness that we have a future self, different to other selves that aren’t us, tells us we can’t simply dismiss I-ness. Nothing is more palpably real - I think therefore I am. Indeed reality can’t be imagined without a subject, and quantum physics tells us that the universe can’t even decide its state without one, but remains suspended between all the possible states it might be in.

All this relates vitally to the whole notion of personal death - or rather, of annihilation. Death we can define as the body or the brain’s death. Annihilation is the death of the subject. Annihilation or becoming-nothing is what we really fear, much more than physical death or death of the identity. We could cope with losing our ‘selves’, our identities, if we knew our deeper ‘I’ would continue, as in, say, reincarnation. Annihilation is what we are generally promised by science and the physical model of consciousness. Brain death = subject death, end of story. But for the notion of annihilation to make any sense, there has to be a subject, over and above the identity. You clearly can’t annihilate something that does not exist. And yet the Cryogenic Paradox reveals how deeply problematic such a subject is.

So what’s the solution?

Obviously if I knew, and could prove it in some kind of undeniable formalism like a maths proof, I’d have solved what is probably the deepest philosophical conundrum there is. But I’m going to look at some possible approaches, and put forward a solution that I’ll admit is speculative, and sounds radical, but to me is the most elegant and appealing.

First of all, there’s a possible philosophical objection that needs to be addressed. When we make statements about the properties of things, including people, we are making assertions about so-called ‘objective facts’. Even if such facts are relative, such as an object’s colour (in what light? etc) or when an event occurs (it depends on the observer’s motion, as we know from relativity), we can still relate these facts back to a single universal framework. We can resolve the relativity, and in fact have to, if the statement is to be meaningful. The problem is that I-ness is not such a property. As we have noted, objectively, everyone has a sense of I-ness, everyone is both a me and a not-me. So when we try to establish whether this property of I-ness holds for some particular subject other than the person we know to be ourselves, we are trying to apply a subjective category in an objective way. Therefore, like asking what was going on one minute before the Big Bang, the question is unanswerable because its premises are false.

This is probably the ‘philosophically correct’ rebuttal of the paradox, allowing philosophers to sleep again at night, at least until they get to thinking about their own death. I accept that the Cryogenic Paradox is based on a confusion of subjective and objective statements. However, this does not neutralize the potency of the problem, because we are still frightened by death, we still believe in annihilation, and the objective meaningless of self does nothing to assuage this. We are still left with an unbridgeable gulf in our paradigm between subject and object. Indeed, this so-called resolution merely hides the problem inside the problematic assumptions of objective logic. Of course the problem makes no sense objectively, but precisely that is the problem itself. What this rebuttal effectively says is that there’s no way to resolve the problem of the subject, so stop worrying about it.

In fact, we know from science that objective logic is flawed. Physicists have had to formulate a new logic to take into account quantum physics, with its intimate implication of the observer, because it turns out that the paradoxes of quantum physics can’t be resolved by objective logic — rather it’s objective logic that has to give way to quantum physics.

The classic example is the paradox that Einstein choked on. This article is already way too long for a blog post, so I’m going to summarize this in the most brutal way, and leave you to wiki Bell’s Theorem if you’re interested. Basically, the problem occurs when two particles are synchronized so that they have opposed spins, then separated by a large distance. One of the particle’s spin is then measured. We then can deduce the other particle’s spin, because we know it to be the opposite. So what? you think. It’s like having a white and a black chess piece in two hands - once the colour of one is revealed, you know the colour of the other. But the problem is that quantum physics tells us that until the particle’s spin is measured, it exists in a state of both spins simultaneously, only resolving to one or the other state when actually observed. So how does the other particle ‘know’ which spin to assume when its brother is measured a thousand miles away? Einstein came up with the thought experiment to prove something had to be missing from quantum physics, but he was wrong. Something was missing from objective logic.

OK, so let’s take a look at our toilet door for polygender groups again.



Now, with the ‘me’ bubbles, we have a representation of what is essentially our conventional view, once we accept that me-ness is real. In fact to avoid the confusion between identity and subject, let’s remove the word ‘me’ and replace it with the word ‘observer’:



Everybody has their own observer which is different from everybody else’s observer in some indefinable way that is not merely a matter of semantics, but ‘just is’. The indefinable difference of ‘my’ observer is what distinguishes me from others and what creates the continuity between my future, present and past selves. We assume the me-ness is somehow held together by the physical brain, so when someone dies:




And then when Luke is cryogenically restored:



Are you seeing the issue here? The observer’s are identical but we’re still asking if the observer that returns is the same as the one that ‘popped’.

Or let’s swap Pierz and Luke’s observers without swapping their identities:



Notice the difference? Me neither.

There is a philosophical principle called the ‘Identity of Indiscernibles’, which applies particularly in the area of the Philosophy of Science (my major, many years ago). It states that two entities with identical properties must be the same entity. Whether the principle holds or not is still moot. There’s a thought experiment known as ‘Black’s balls’ (not chocolate or salty, pace South Park) which purports to show otherwise, though then there are counter arguments and in the end, the boxers are still in their corners, sweating at the futility of it all. You can read more about it at the above link, but I warn you, it’s for real philosophers, not exactly thrilling. In the end, one starts to suspect that the problem is, like the Pierz and the Pedro, a matter of how you define things.

But let’s run with it and see what we get. If all the observers are identical, then perhaps they are all one. Perhaps there is only one observer. Of course, the observers are different in what they observe, including the self or identity through which they make their observations. So if we’re to speak of a single observer, it’s a kind of super-observer that can’t itself be observed (of course not, for that would entail a different observer, and we know there is only one). It changes our toilet door to look like this:



The difference then between identities or subjects does not lie in there being a different observer, but one observer with different perspectives.

This observer is constant and never dies, can’t be annihilated. Doorways of observation, though, perspectives, may come and go.

This resolves the Cryogenic Paradox. Both the man in the bed with no memories, and all the computer duplicates, plus Pedro, Luke, John, Pierz and Aunt Nellie’s ugly cat with the bung eye are all you. But only if you let go of the notion of identity and self, only from this super-perspective, this view of the über-observer, the Ur-observer.

It also resolves the mystery of Bell’s Theorem. If there is only one observer, then it’s no mystery that an observation in one place can affect an observation in another. There is only one observer, one observation, the two are not separate. Only the illusion of separated observers creates the appearance of a paradox here.

Imagine a form of reincarnation where you can be reincarnated in parallel as well as in sequence, so your ‘next’ life might be as your own brother or best friend. Then what’s to stop you being reincarnated as everybody everywhere everywhen? Of course that is the wildest conjecture, but in a sense, something like that is implied. If all subjects deep down spring from the same observer, then, well fuck me, but that’s the best reason I ever heard to be nice to one another! You might have to be that person you’re doing over one day. You are that person. Right there is the ultimate wellspring of moral action. If we knew this, really knew it, wouldn’t we very quickly create the most optimised society we could, one that would also take care not only of all people equally but of all the voiceless subjects out there too, the animals and, who knows, the plants too?

As long as we think we’re in silos, and I don’t care, those silos include the soul too as far as I’m concerned, just another deeper way of separating ‘me’ from all those ‘others’, as long as we credit this insupportable separation, then we’re screwed by a fundamental error that makes us believe we can profit at another’s expense.

There is a mystery though here still (well, there are many mysteries, such as what the hell this observer is, and so on, though that’s outside the scope), which is a mystery similar to the problem of time, how there appears to be a current moment, though there is nothing in all the laws of physics that refers to such a moment or indeed to the apparent ‘arrow of time’ which gives time its direction. Why the illusion of separation? Why the division into so many points of observation, multiple keyholes? I suspect that the question 'why?' is not a good one once one gets to this kind of meta-perspective level. At bottom there is always a mystery.

Tuesday, March 15, 2011

Freedom

Freedom, good COSCers, is our topic this month.

This was once the first line of a short story I wrote: "Freedom and loneliness are an amalgam that hardens with age." As a story opener, some found it too heavy-handedly authorial. Never mind, I liked it. I wrote it about an imagined version of my of guitar teacher, a man who clung to the freedom to be the musician he was at heart, but who paid a heavy price.

While travelling alone in Bolivia, I was continually confronted with this "amalgam". Freedom and its price in loneliness. And I often thought about the idea of freedom. Does there come a point at which the notional freedom of travelling becomes in itself a prison? Gross freedom of movement becoming ultimately more imprisoning than the more subtle freedoms offered by staying put? After all, if all I desire is the security and comfort of family and home, to travel is no freedom at all, but exile.

It seemed to me sometimes that freedom was nothing but the feeling of freedom, of wind-in-my-face and salt-lakes at dusk, of maps with no itineraries and nobody to ever call me back from any wild road I chose. Once that feeling gives way to a sense of desolation, what freedom is there left to speak of, however unencumbered one may be? And if I feel free at home, in the midst of friends and work and belongings then surely that is no less freedom?

More philosophically, there is negative freedom - freedom from - and positive freedom: freedom to. The latter is the killer. We can be free of oppression, free of sickness, poverty, encumbrance and responsibility, and yet lack freedom for the lack of imagination or courage to know what to do with it. Here we touch on existentialism and its notions of freedom of choice and "bad faith". We'd rather not be free, and rail against our restrictions, than leap into the unknown and confront our incapacity to know what freedom is for. Confront in fact our responsibility for choosing what we make of our lives. You can be absolutely free, and then realise that the only choice that makes sense is to burden yourself with commitment again.

And yet, the sweetness of freedom tasted! At least for me, the moments in which I have had that taste, in which I have drunk those winds of freedom, are some of the sweetest in my memory. But maybe that's not true for everyone? I'd like to hear.

Why does the amalgam of freedom and loneliness harden with age? Because freedom's sweetness comes from its possibilities, and age prunes possibilities. Freedom without possibilities is anomie, the desolation of meaningless consumer "choices" pursued for the lack of anything else, or, at the other end of the scale, the "freedom" of the bum. Seen this way, freedom can never be an end in itself, but only an enabling condition, a fertile space in which something good can take shape...

We can talk about free will of course - if someone feels that poor donkey hasn't been thrashed within an inch of its life. We can talk about political freedom, though it's a topic of less than burning interest to us citizens of this complacent democracy. Are we free? I mean, in this country, this time, this system of life? I suggest we're a lot less free than our hunter-gatherer ancestors, if freedom is the feeling of wind in your hair, sunset over hills you may climb tomorrow if you feel brave... And a lot more free if freedom is the range of possibilities open to a human to express him or herself. Define your terms.

Rules of engagement? To be consistent with the topic, I suppose I should say there'll be none. But I would like to encourage a truer freedom than no rules would actually likely allow - since being free would in this case no doubt mean being free to do what we always do. So I'm invoking our friend Bohm again. I'll try to remember to bring a symbol of freedom to be talked to, or held in the hand as a talking stick.

Monday, January 17, 2011

Greg's Topic 19-Jan-2011 - Implications of WikiLeaks publications

This month I’d like to discuss the issues arising from the recent WikiLeaks publications.

I’ve identified three topics:

1. Freedom of Information

It has been said that information wants to be free. For information to become ‘free’, it only takes one person who:

· Has access to particular information.

· Has the desire and means to publish it.

· Is willing to suffer any potential consequences of doing so (or don’t think they’ll be caught).

Even if these conditions aren’t met, there’s always the potential of illegal access.

So, should governments have the right or duty to keep information secret:

· What type of information?

· In what circumstances?

· What conditions should be applied?

A related question is the extent governments will be able to keep secrets, even if they want to (so is this a mute point).

2. Cyber Conflict

The reaction to WikiLeaks’ publications has been described variously as the first cyber, information or internet war.

Firstly, a number of on-line (mainly financial) organisations have bowed to pressure from the US government in an attempt to weaken and isolate WikiLeaks (PayPal, US Banks, etc.). Then the reaction of the Anonymous group of on-line activists who coordinated a series of web attacks against these organisations. Anonymous’ members span many countries, and probably don’t recognise any particular set of laws, but instead presumably operate within their own individual ethical and moral framework. Also, at this point the group appears to be comprised of a loosely bound set of individuals cooperating towards a common goal, without a formal command structure.

Although the consequences of the recent attacks seems to be fairly limited, the question remains when and in what form these attacks may take in the future; will they become more organised, frequent and difficult to contain; and can governments can learn how to police and/or reduce their impact?

3. Law

Governments seem to be getting increasingly frustrated with their inability to control information and/or prosecute those who they think have contravened their laws or national interest (particularly the US in this case, but I don’t see any reason why it will be limited to them). For example, prosecutors in the US and elsewhere apparently have not been able to identify any law that WikiLeaks has broken, especially when it’s registered and operates in other countries. And new laws that have been proposed almost certainly contravene the US constitution and will therefore be thrown out. Unsuprisingly, WikiLeaks chose to move its operations to Iceland, a country with the some of the strongest protections of the rights of journalists and media organisations.

The main problem for governments here is one of jurisdiction – legal systems evolved in an environment where borders were well defined and could be protected, whereas such borders, at least in terms of information flow, are breaking down rapidly and are virtually meaningless in some contexts.

I realise this has been a growing issue for a long time, perhaps proportional to the rise of global communications, but maybe recent events are bringing it to a head. In some ways it could bring into question the ability of individual countries to govern themselves effectively. The question is how this situation will play out? What are the implications to world governance?


Tuesday, October 26, 2010

Stephen's topic


Sorry to still be emailing this to you - at this late stage and all - but I failed in my weekend's campaign to post my topic to the blog. The blogger blog is a shitty thing that has been designed by sadists, but hopefully my topic is not - so Martin will post it up there for now.

Here it is - would be great if people were able to muse overnight and bring some thoughts to the session:

Almost daily now there is another headline about a flood or other extreme weather event in a different part of the world. If these extreme weather events continue to increase, we may eventually reach a point where acceptance that we are sliding into an environmental disaster reaches critical mass. By critical mass I mean the point at which the majority of people no longer view radical change in our daily behaviour as an annoying idea imposed on them by others, but rather as a personal imperative driven by their own sense of necessity. Or, to put it more basically, where fear overtakes denial as the stronger instinct.


At this point, one would presume that the level of global human energy that comes online to actualise change should bloom to thousands of times its current level. While, from our current decrepit vantage point, that might seem like a victory in itself, the subsequent challenge, of "what to do now?" will be just as important to our salvation, and no doubt be subject to all the same squabbling, power-plays and screw-ups that plague the majority of mass decision making.


Up to now, it seems amazing how little public energy the growing challenge to come up with a 'new way' appears to occupy. Where are the models, the proposals, the scenarios? Isn't solution or scenario modeling the standard approach to managing an imminent serioius threat? Instead, all humanity seems to have come up with is a hotchpotch of good samaritan ideas, such as having four minute showers, and tokenistic, commercial and political piss-fartings such as carbon trading.


If the developed world is living in a manner that cannot be supported by the planet then surely that manner itself has to change. And yet, humans, like all beasts, are hard wired to acquire and horde both material and power - and certainly not to relinquish it.


The challenge therefore, is this: What does a world look like that is both sustainable and palatable?


As the first of our new, more applied, COSC series, I can think of few more worthwhile challenges than to make an initial attempt to devise a practicable, high-level, new model for a sustainable modern society, suitable as a target for transition over the next few decades.


To provide a little structure for the discussion, I propose the following primary criteria for the solution - we can discuss and adjust these if necessary at the beginning of the session.


The solution should:

1. Discuss change across the various primary struts of society - political, legal, commercial, technological, social, cultural, communal etc..

2. Address the major known environmental impact areas: food and nutrition / transport / manufacturing and consumerism / waste /

3. Be fully cognizant of human nature i.e. as palatable as possible to existing generations and culture.

4. Be practicable within the confines of current technologies or those reasonably foreseeable in the coming decades.


Now, I am fully aware that this is not a likely brief for a 90 minute discussion but I think that although we can't hope to weave anything like a complete fabric for a solution in one session, it would nevertheless be very worthwhile if we can simply make a general start by tossing around some thoughts and creating a few good threads.