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This does seem to imply an interesting situation where the mind/consciousness of the observer is in a sense no longer confined to being 'inside the skull" but ranging out to the farthest place where something is percieved. It seems to me that imply a mapping between a large hyper-volume (the out there) and the small volume of the brain that cannot be in a one-to-one form.
This belief system is truly bizarre. It is exactly like the cave person drawing a picture of a flame on a rock and then expecting it to cook dinner. It is exactly like getting into a flight simulator, flying it to Paris and then expecting to get out and have dinner on the banks of the Seine. It is exactly like expecting your computer simulated furnace roasting you a toilet bowl.
Here's a story I just wrote. I'll get it published in due course.
Just posted it to the FoR list, thought you might appreciate the sentiments....
========================================================
It's 100,000 BCE. You are a politically correct caveperson. You want dinner. The cooling body of the dead thing at your feet seems to be your option. You have fire back at camp. That'll make it palatable. The fire is kept alive by the fire-warden of your tribe. None of you have a clue what it is, but it makes the food edible and you don't care.
It's 1700ish AD. You are a French scientist called Lavoisier. You have just worked out that burning adds oxygen to the fuel. You have killed off an eternity of dogma involving a non-existent substance called phlogiston. You will not be popular, but the facts speak for you. You are happy with your day's work. You go to the kitchen and cook your fine pheasant meal. You realise that oxidation never had to figure in your understanding of how to make dinner. Food for thought is your dessert.
It is 2005 and you are designing a furnace. You use COMSOL Multiphysics on your supercomputer. You modify the gas jet configuration and the flames finally get the dead pocket in the corner up to temperature. The toilet bowls will be well cooked here, you think to yourself. If you suggested to your project leader that the project was finished she would think you are insane. Later, in commissioning your furnace, a red hot toilet bowl is the target of your optical pyrometer. The fierceness of the furnace is palpable and you're glad you're not the toilet bowl. The computation of the physics of fire and the physics of fire are, thankfully, not the same thing - that fact has made your job a lot easier, but you cannot compute yourself a toilet bowl. A fact made more real shortly afterwards in the bathroom.
It is the early 20th century and you are a 'Wright Brother'. You think you can make a contraption fly. Your inspiration is birds. You experiment with shaped wood, paper and canvas in a makeshift wind tunnel. You figure out that certain shapes seems to drag less and lift more. Eventually you flew a few feet. And you have absolutely no clue about the microscopic physics of flight.
It is a hundred years later and you are a trainee pilot doing 'touch and go' landings in a simulator. The physics of flight is in the massive computer system running the simulator. Just for fun you stall your jetliner and crash it into a local shopping mall. Today you have flown 146, 341 km. As you leave the simulator, you remind yourself that the physics of flight in the computer and flight itself are not the same thing, and that nobody died today.
No-one ever needed a theory of combustion prior to cooking dinner with it. We cooked dinner and then we eventually learned a theory of combustion.
No-one needed the deep details of flight physics to work out how to fly. We few, then we figured out how the physics of flight worked.
This is the story of the growth of scientific knowledge of the natural world. It has been this way for thousands of years. Any one of us could think of a hundred examples of exactly this kind of process. In a modern world of computing and physics, never before have we had more power to examine in detail, whatever are the objects of our study. And in each and every case, if anyone told you that a computed model of the natural world and the natural world are literally the same thing, you'd brand them daft or deluded and probably not entertain their contribution as having any value.
Well almost. There's one special place where not only is that very delusion practised on a massive scale, if you question the behaviour, you are suddenly confronted with a generationally backed systematic raft of unjustified excuses, perhaps 'policies'?, handed from mentor to novice with such unquestioning faith that entire scientific disciplines are enrolled in the delusion.
Q. What scientific discipline could this be?
A. The 'science' of artificial intelligence.
It is something to behold. Here, for the first time in history, you find people that look at the only example of natural general intelligence - you, the human reading this - accept a model of a brain, put it in a computer and then expect the result to be a brain. This is done without a shred of known physical law, in spite of thousands of years of contrary experience, and despite decades of abject failure to achieve the sacred goal of an artificial intelligence like us.
This belief system is truly bizarre. It is exactly like the cave person drawing a picture of a flame on a rock and then expecting it to cook dinner. It is exactly like getting into a flight simulator, flying it to Paris and then expecting to get out and have dinner on the banks of the Seine.
It is exactly like expecting your computer simulated furnace roasting you a toilet bowl.
Think about it. If there was no difference between a computed physics model of fire and fire, then why doesn't the computer burst into flames? If there was no difference between a computed model of flight and flight, then why doesn't the computer leap up and fly? These things don't happen! Not only that, any computer scientist would say you were nuts to believe it to be a possibility. Then that same computer scientist will then got back to their desk, sit down and believe that their computer program can be brain physics.
Now I am all about creating real artificial general intelligence. Call me crazy, but I find I am unique in the entire world. I am set about literally building artificial inorganic brain tissue. Like the Wright Bros built artificial flight. Like the caveperson built artificial fire. I will build artificial cognition. There will be no computing. There will be the physics of cognition.
Ay now here's the rub.
When I go about my business of organising and researching my artificial brain tissue I get questioned about my weird approach. I find that I am the one that has to justify my position! For the first time in history a completely systemic delusion about the relation between reality and computing is assumed by legions of scientists without question, and who fail constantly to achieve the goal for clearly obvious reasons..... _and I am the one that has to justify my approach_? If I have to listen to another deferral to the Church-Turing Thesis (100% right and 100% irrelevant) I will SCREAM! Aaaaiiiiieeeeeiiiiuuuuaaaaaaarrrrgggggh!
I am not saying artificial general intelligence is impossible or even hard. I am simply suggesting that maybe the route toward it is through (shock horror) using the physics of cognition (brain material). Somebody out there..... please? Can there please be someone out there who sees this half century of computer science weirdness in 100,000 years of sanity? Please? Anyone?
==================================================================
By Colin Hales
Natural physics is a computation. Fine.
But a computed natural physics model is NOT the natural physics....it is the natural physics of a computer.
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========================================
Hi Jason,
Brain physics is there to cognise the (external) world. You do not know the external world.
Your brain is there to apprehend it. The physics of the brain inherits properties of the (unknown) external world. This is natural cognition. Therefore you have no model to compute. Game over.
If you have _everything_ in your model (external world included), then you can simulate it. But you don’t. So you can’t simulate it. C-T Thesis is 100% right _but 100% irrelevant to the process at hand: encountering the unknown.
The C-T Thesis is irrelevant, so you need to get a better argument from somewhere and start to answer some of the points in my story:
Q. Why doesn’t a computed model of fire burst into flames?
This should the natural expectation by anyone that thinks a computed model of cognition physics is cognition. You should be expected answer this. Until this is answered I have no need to justify my position on building AGI. That is what my story is about. I am not assuming an irrelevant principle or that I know how cognition works. I will build cognition physics and then learn how it works using it. Like we normally do.
I don’t know how computer science got to the state it is in, but it’s got to stop. In this one special area it has done us a disservice.
This is my answer to everyone. I know all I’ll get is the usual party lines. Lavoisier had his phlogiston. I’ve got computationalism. Lucky me.
Cya!
Colin
So you can’t simulate it. C-T Thesis is 100% right _but 100% irrelevant to the process at hand: encountering the unknown.
The C-T Thesis is irrelevant, so you need to get a better argument from somewhere and start to answer some of the points in my story:
Q. Why doesn’t a computed model of fire burst into flames?
This should the natural expectation by anyone that thinks a computed model of cognition physics is cognition. You should be expected answer this. Until this is answered I have no need to justify my position on building AGI. That is what my story is about. I am not assuming an irrelevant principle or that I know how cognition works. I will build cognition physics and then learn how it works using it. Like we normally do.
I don’t know how computer science got to the state it is in, but it’s got to stop. In this one special area it has done us a disservice.
This is my answer to everyone. I know all I’ll get is the usual party lines. Lavoisier had his phlogiston. I’ve got computationalism. Lucky me.
Cya!
Colin
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2012/5/29 Colin Geoffrey Hales <cgh...@unimelb.edu.au>Here's a story I just wrote. I'll get it published in due course.
Just posted it to the FoR list, thought you might appreciate the sentiments....
========================================================
It's 100,000 BCE. You are a politically correct caveperson. You want dinner. The cooling body of the dead thing at your feet seems to be your option. You have fire back at camp. That'll make it palatable. The fire is kept alive by the fire-warden of your tribe. None of you have a clue what it is, but it makes the food edible and you don't care.
It's 1700ish AD. You are a French scientist called Lavoisier. You have just worked out that burning adds oxygen to the fuel. You have killed off an eternity of dogma involving a non-existent substance called phlogiston. You will not be popular, but the facts speak for you. You are happy with your day's work. You go to the kitchen and cook your fine pheasant meal. You realise that oxidation never had to figure in your understanding of how to make dinner. Food for thought is your dessert.
It is 2005 and you are designing a furnace. You use COMSOL Multiphysics on your supercomputer. You modify the gas jet configuration and the flames finally get the dead pocket in the corner up to temperature. The toilet bowls will be well cooked here, you think to yourself. If you suggested to your project leader that the project was finished she would think you are insane. Later, in commissioning your furnace, a red hot toilet bowl is the target of your optical pyrometer. The fierceness of the furnace is palpable and you're glad you're not the toilet bowl. The computation of the physics of fire and the physics of fire are, thankfully, not the same thing - that fact has made your job a lot easier, but you cannot compute yourself a toilet bowl. A fact made more real shortly afterwards in the bathroom.
It is the early 20th century and you are a 'Wright Brother'. You think you can make a contraption fly. Your inspiration is birds. You experiment with shaped wood, paper and canvas in a makeshift wind tunnel. You figure out that certain shapes seems to drag less and lift more. Eventually you flew a few feet. And you have absolutely no clue about the microscopic physics of flight.
It is a hundred years later and you are a trainee pilot doing 'touch and go' landings in a simulator. The physics of flight is in the massive computer system running the simulator. Just for fun you stall your jetliner and crash it into a local shopping mall. Today you have flown 146, 341 km. As you leave the simulator, you remind yourself that the physics of flight in the computer and flight itself are not the same thing, and that nobody died today.
No-one ever needed a theory of combustion prior to cooking dinner with it. We cooked dinner and then we eventually learned a theory of combustion.
No-one needed the deep details of flight physics to work out how to fly. We few, then we figured out how the physics of flight worked.
This is the story of the growth of scientific knowledge of the natural world. It has been this way for thousands of years. Any one of us could think of a hundred examples of exactly this kind of process. In a modern world of computing and physics, never before have we had more power to examine in detail, whatever are the objects of our study. And in each and every case, if anyone told you that a computed model of the natural world and the natural world are literally the same thing, you'd brand them daft or deluded and probably not entertain their contribution as having any value.
Well almost. There's one special place where not only is that very delusion practised on a massive scale, if you question the behaviour, you are suddenly confronted with a generationally backed systematic raft of unjustified excuses, perhaps 'policies'?, handed from mentor to novice with such unquestioning faith that entire scientific disciplines are enrolled in the delusion.
Q. What scientific discipline could this be?
A. The 'science' of artificial intelligence.
It is something to behold. Here, for the first time in history, you find people that look at the only example of natural general intelligence - you, the human reading this - accept a model of a brain, put it in a computer and then expect the result to be a brain. This is done without a shred of known physical law, in spite of thousands of years of contrary experience, and despite decades of abject failure to achieve the sacred goal of an artificial intelligence like us.
This belief system is truly bizarre. It is exactly like the cave person drawing a picture of a flame on a rock and then expecting it to cook dinner. It is exactly like getting into a flight simulator, flying it to Paris and then expecting to get out and have dinner on the banks of the Seine.
You always put that level confusion on the table. You could expect to have dinner in a virtual paris if you were in a virtual world. If you want an computational AI to interact with you, it must be able to control real world appendices that permits it to *interact* or likewise if it was in a virtual world, you should use a interface with this virtual world for you to interact.
You can't expect level to be mixed without an interface and I don't see any problem with that.
Quentin
It is exactly like expecting your computer simulated furnace roasting you a toilet bowl.
Think about it. If there was no difference between a computed physics model of fire and fire, then why doesn't the computer burst into flames? If there was no difference between a computed model of flight and flight, then why doesn't the computer leap up and fly? These things don't happen! Not only that, any computer scientist would say you were nuts to believe it to be a possibility. Then that same computer scientist will then got back to their desk, sit down and believe that their computer program can be brain physics.
Now I am all about creating real artificial general intelligence. Call me crazy, but I find I am unique in the entire world. I am set about literally building artificial inorganic brain tissue. Like the Wright Bros built artificial flight. Like the caveperson built artificial fire. I will build artificial cognition. There will be no computing. There will be the physics of cognition.
Ay now here's the rub.
When I go about my business of organising and researching my artificial brain tissue I get questioned about my weird approach. I find that I am the one that has to justify my position! For the first time in history a completely systemic delusion about the relation between reality and computing is assumed by legions of scientists without question, and who fail constantly to achieve the goal for clearly obvious reasons..... _and I am the one that has to justify my approach_? If I have to listen to another deferral to the Church-Turing Thesis (100% right and 100% irrelevant) I will SCREAM! Aaaaiiiiieeeeeiiiiuuuuaaaaaaarrrrgggggh!
I am not saying artificial general intelligence is impossible or even hard. I am simply suggesting that maybe the route toward it is through (shock horror) using the physics of cognition (brain material). Somebody out there..... please? Can there please be someone out there who sees this half century of computer science weirdness in 100,000 years of sanity? Please? Anyone?
==================================================================
By Colin Hales
Natural physics is a computation. Fine.
But a computed natural physics model is NOT the natural physics....it is the natural physics of a computer.
--
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All those moments will be lost in time, like tears in rain.
2012/5/29 Quentin Anciaux <allc...@gmail.com>2012/5/29 Colin Geoffrey Hales <cgh...@unimelb.edu.au>Here's a story I just wrote. I'll get it published in due course.
Just posted it to the FoR list, thought you might appreciate the sentiments....
========================================================
It's 100,000 BCE. You are a politically correct caveperson. You want dinner. The cooling body of the dead thing at your feet seems to be your option. You have fire back at camp. That'll make it palatable. The fire is kept alive by the fire-warden of your tribe. None of you have a clue what it is, but it makes the food edible and you don't care.
It's 1700ish AD. You are a French scientist called Lavoisier. You have just worked out that burning adds oxygen to the fuel. You have killed off an eternity of dogma involving a non-existent substance called phlogiston. You will not be popular, but the facts speak for you. You are happy with your day's work. You go to the kitchen and cook your fine pheasant meal. You realise that oxidation never had to figure in your understanding of how to make dinner. Food for thought is your dessert.
It is 2005 and you are designing a furnace. You use COMSOL Multiphysics on your supercomputer. You modify the gas jet configuration and the flames finally get the dead pocket in the corner up to temperature. The toilet bowls will be well cooked here, you think to yourself. If you suggested to your project leader that the project was finished she would think you are insane. Later, in commissioning your furnace, a red hot toilet bowl is the target of your optical pyrometer. The fierceness of the furnace is palpable and you're glad you're not the toilet bowl. The computation of the physics of fire and the physics of fire are, thankfully, not the same thing - that fact has made your job a lot easier, but you cannot compute yourself a toilet bowl. A fact made more real shortly afterwards in the bathroom.
It is the early 20th century and you are a 'Wright Brother'. You think you can make a contraption fly. Your inspiration is birds. You experiment with shaped wood, paper and canvas in a makeshift wind tunnel. You figure out that certain shapes seems to drag less and lift more. Eventually you flew a few feet. And you have absolutely no clue about the microscopic physics of flight.
It is a hundred years later and you are a trainee pilot doing 'touch and go' landings in a simulator. The physics of flight is in the massive computer system running the simulator. Just for fun you stall your jetliner and crash it into a local shopping mall. Today you have flown 146, 341 km. As you leave the simulator, you remind yourself that the physics of flight in the computer and flight itself are not the same thing, and that nobody died today.
No-one ever needed a theory of combustion prior to cooking dinner with it. We cooked dinner and then we eventually learned a theory of combustion.
No-one needed the deep details of flight physics to work out how to fly. We few, then we figured out how the physics of flight worked.
This is the story of the growth of scientific knowledge of the natural world. It has been this way for thousands of years. Any one of us could think of a hundred examples of exactly this kind of process. In a modern world of computing and physics, never before have we had more power to examine in detail, whatever are the objects of our study. And in each and every case, if anyone told you that a computed model of the natural world and the natural world are literally the same thing, you'd brand them daft or deluded and probably not entertain their contribution as having any value.
Well almost. There's one special place where not only is that very delusion practised on a massive scale, if you question the behaviour, you are suddenly confronted with a generationally backed systematic raft of unjustified excuses, perhaps 'policies'?, handed from mentor to novice with such unquestioning faith that entire scientific disciplines are enrolled in the delusion.
Q. What scientific discipline could this be?
A. The 'science' of artificial intelligence.
It is something to behold. Here, for the first time in history, you find people that look at the only example of natural general intelligence - you, the human reading this - accept a model of a brain, put it in a computer and then expect the result to be a brain. This is done without a shred of known physical law, in spite of thousands of years of contrary experience, and despite decades of abject failure to achieve the sacred goal of an artificial intelligence like us.
This belief system is truly bizarre. It is exactly like the cave person drawing a picture of a flame on a rock and then expecting it to cook dinner. It is exactly like getting into a flight simulator, flying it to Paris and then expecting to get out and have dinner on the banks of the Seine.
You always put that level confusion on the table. You could expect to have dinner in a virtual paris if you were in a virtual world. If you want an computational AI to interact with you, it must be able to control real world appendices that permits it to *interact* or likewise if it was in a virtual world, you should use a interface with this virtual world for you to interact.
For example, a "real world" robot in a "real world" car factory builds real cars... still the program that controls the robot is *a program* 100% computational... yet it builds real cars... how ? Simply because it has interface with the "real world" which permits the program to handle "real world" objects, that assembled correctly makes a car...
Quentin
You can't expect level to be mixed without an interface and I don't see any problem with that.
Quentin
It is exactly like expecting your computer simulated furnace roasting you a toilet bowl.
Think about it. If there was no difference between a computed physics model of fire and fire, then why doesn't the computer burst into flames? If there was no difference between a computed model of flight and flight, then why doesn't the computer leap up and fly? These things don't happen! Not only that, any computer scientist would say you were nuts to believe it to be a possibility. Then that same computer scientist will then got back to their desk, sit down and believe that their computer program can be brain physics.
Now I am all about creating real artificial general intelligence. Call me crazy, but I find I am unique in the entire world. I am set about literally building artificial inorganic brain tissue. Like the Wright Bros built artificial flight. Like the caveperson built artificial fire. I will build artificial cognition. There will be no computing. There will be the physics of cognition.
Ay now here's the rub.
When I go about my business of organising and researching my artificial brain tissue I get questioned about my weird approach. I find that I am the one that has to justify my position! For the first time in history a completely systemic delusion about the relation between reality and computing is assumed by legions of scientists without question, and who fail constantly to achieve the goal for clearly obvious reasons..... _and I am the one that has to justify my approach_? If I have to listen to another deferral to the Church-Turing Thesis (100% right and 100% irrelevant) I will SCREAM! Aaaaiiiiieeeeeiiiiuuuuaaaaaaarrrrgggggh!
I am not saying artificial general intelligence is impossible or even hard. I am simply suggesting that maybe the route toward it is through (shock horror) using the physics of cognition (brain material). Somebody out there..... please? Can there please be someone out there who sees this half century of computer science weirdness in 100,000 years of sanity? Please? Anyone?
==================================================================
By Colin Hales
Natural physics is a computation. Fine.
But a computed natural physics model is NOT the natural physics....it is the natural physics of a computer.
--
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All those moments will be lost in time, like tears in rain.
--
All those moments will be lost in time, like tears in rain.--
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From: everyth...@googlegroups.com [mailto:everyth...@googlegroups.com] On Behalf Of Jason Resch
Sent: Tuesday, 29 May 2012 3:45 PM
To: everyth...@googlegroups.com
Subject: Re: Church Turing be dammed.
Natural physics is a computation. Fine.
But a computed natural physics model is NOT the natural physics....it is the natural physics of a computer.
========================================
Colin,
I recently read the following excerpt from "The Singularity is Near" on page 454:
"The basis of the strong (Church-Turing thesis) is that problems that are not solvable on a Turing Machine cannot be solved by human thought, either. The basis of this thesis is that human thought is performed by the human brain (with some influence by the body), that the human brain (and body) comprises matter and energy, that matter and energy follow natural laws, that these laws are describable in mathematical terms, and that mathematics can be simulated to any degree of precision by algorithms. Therefore there exist algorithms that can simulate human thought. The strong version of the Church-Turing thesis postulates an essential equivalence between what a human can think or know, and what is computable."
So which of the following four link(s) in the logical chain do you take issue with?
A. human brain (and body) comprises matter and energy
B. that matter and energy follow natural laws,
C. that these laws are describable in mathematical terms
D. that mathematics can be simulated to any degree of precision by algorithms
Thanks,
Jason
Hi Jason,
Brain physics is there to cognise the (external) world. You do not know the external world.
Your brain is there to apprehend it. The physics of the brain inherits properties of the (unknown) external world. This is natural cognition. Therefore you have no model to compute. Game over.
If you have _everything_ in your model (external world included), then you can simulate it. But you don’t. So you can’t simulate it.
C-T Thesis is 100% right _but 100% irrelevant to the process at hand: encountering the unknown.
The C-T Thesis is irrelevant, so you need to get a better argument from somewhere and start to answer some of the points in my story:
Q. Why doesn’t a computed model of fire burst into flames?
This should the natural expectation by anyone that thinks a computed model of cognition physics is cognition. You should be expected answer this. Until this is answered I have no need to justify my position on building AGI. That is what my story is about. I am not assuming an irrelevant principle or that I know how cognition works. I will build cognition physics and then learn how it works using it. Like we normally do.
I don’t know how computer science got to the state it is in, but it’s got to stop. In this one special area it has done us a disservice.
This is my answer to everyone. I know all I’ll get is the usual party lines. Lavoisier had his phlogiston. I’ve got computationalism. Lucky me.
Cya!
Colin
--
On Tue, May 29, 2012 at 2:02 AM, Colin Geoffrey Hales <cgh...@unimelb.edu.au> wrote:
From: everyth...@googlegroups.com [mailto:everyth...@googlegroups.com] On Behalf Of Jason Resch
Sent: Tuesday, 29 May 2012 3:45 PM
To: everyth...@googlegroups.com
Subject: Re: Church Turing be dammed.
Natural physics is a computation. Fine.
But a computed natural physics model is NOT the natural physics....it is the natural physics of a computer.========================================
Colin,
I recently read the following excerpt from "The Singularity is Near" on page 454:
"The basis of the strong (Church-Turing thesis) is that problems that are not solvable on a Turing Machine cannot be solved by human thought, either. The basis of this thesis is that human thought is performed by the human brain (with some influence by the body), that the human brain (and body) comprises matter and energy, that matter and energy follow natural laws, that these laws are describable in mathematical terms, and that mathematics can be simulated to any degree of precision by algorithms. Therefore there exist algorithms that can simulate human thought. The strong version of the Church-Turing thesis postulates an essential equivalence between what a human can think or know, and what is computable."
So which of the following four link(s) in the logical chain do you take issue with?
A. human brain (and body) comprises matter and energy
B. that matter and energy follow natural laws,
C. that these laws are describable in mathematical terms
D. that mathematics can be simulated to any degree of precision by algorithms
Thanks,
Jason
Hi Jason,
Brain physics is there to cognise the (external) world. You do not know the external world.
Your brain is there to apprehend it. The physics of the brain inherits properties of the (unknown) external world. This is natural cognition. Therefore you have no model to compute. Game over.
If I understand this correctly, your point is that we don't understand the physics and chemistry that is important in the brain? Assuming this is the case, it would be only a temporary barrier, not a permanent reason that prohibits AI in practice.
There are also reasons to believe we already understand the mechanisms of neurons to a sufficient degree to simulate them. There are numerous instances where computer simulated neurons apparently behaved in the same ways as biological neurons have been observed to. If you're interested I can dig up the references.
On May 29, 3:02 am, Quentin Anciaux <allco...@gmail.com> wrote:Why not? In a virtual world you could mix levels without an interface.
> You always put that level confusion on the table. You could expect to have
> dinner in a virtual paris if you were in a virtual world. If you want an
> computational AI to interact with you, it must be able to control real
> world appendices that permits it to *interact* or likewise if it was in a
> virtual world, you should use a interface with this virtual world for you
> to interact.
>
> You can't expect level to be mixed without an interface and I don't see any
> problem with that.
You could have a virtual world where your avatar has dinner in a
virtual virtual Paris on his virtual computer and in a virtual Paris
at the same time. You could have a virtual factory where virtual
virtual drawings of robots make root level virtual cars.
There is something more than level which makes the difference between
real and virtual. Level itself is an abstraction. Virtual worlds
aren't really worlds at all. They are nothing but sophisticated
stories using pictures instead of words. Characters in stories don't
really think or feel.
It's confusing because what we know of reality is in our mind, and so
is what we know of a virtual reality, so it is easy to conflate the
two and imagine that reality is nothing more than we think it is. We
reduce them both to seem like phenomenological peers, but they aren't.
If you look at a mirror in another mirror, they may look the same but
one of them is an actual piece of glass. You can't break the reflected
mirror. It's not a matter of level, it is a matter of mistaking a
purely visual-semantic text for a concrete multi-sense presentation
that is rooted in a single historical context that goes back to the
beginning of time.
Craig
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On May 30, 4:36 pm, Quentin Anciaux <allco...@gmail.com> wrote:
> 2012/5/30 Craig Weinberg <whatsons...@gmail.com>
>You are defining a 'real computer' in terms in terms that you are
>
>
>
>
>
>
>
>
> > On May 29, 3:02 am, Quentin Anciaux <allco...@gmail.com> wrote:
>
> > > You always put that level confusion on the table. You could expect to
> > have
> > > dinner in a virtual paris if you were in a virtual world. If you want an
> > > computational AI to interact with you, it must be able to control real
> > > world appendices that permits it to *interact* or likewise if it was in a
> > > virtual world, you should use a interface with this virtual world for you
> > > to interact.
>
> > > You can't expect level to be mixed without an interface and I don't see
> > any
> > > problem with that.
>
> > Why not? In a virtual world you could mix levels without an interface.
>
> No you can't, if in your virtual world, you made a real computer simulator,
> what runs in the simulator cannot escape in the upper virtual world unless
> you've made an interface to it.
smuggling in from our real world of physics. In a Church-Turing
Matrix, why would there be any kind of arbitrary level separation? The
whole point is that there is no fundamental difference between one
Turing emulation and another. Paris is a program.
No, you can. I can log into the root level on a hardware node - pick a
>
> If not you aren't really doing multi level simulation (simulation in a
> simulation)... but a single level one where you made it look like multi
> level.
>
> Example: if you run a virtual machine (like virtual box) and you virtualize
> an OS and inside that one you run a virtual box that run another os inside
> it, the second level cannot go to the first level (as the first level can't
> reach the host) unless an interface between them exists.
virtual machine on that node and log into it, open up a remote desktop
there and log back into the hardware node that the VM box is on if I
want. I can reboot the hardware machine from any nested level within
the node. There doesn't need to be an interface at all. They are all
running on the same physical hardware node.
Craig
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there and log back into the hardware node that the VM box is on if I
want. I can reboot the hardware machine from any nested level within
the node. There doesn't need to be an interface at all. They are all
running on the same physical hardware node.
Well you can't read "unless an interface between them exists."
Craig
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Craig
On May 30, 6:09 pm, Quentin Anciaux <allco...@gmail.com> wrote:Huh? A program interacts with another program directly.
> > You are defining a 'real computer' in terms in terms that you are
> > smuggling in from our real world of physics. In a Church-Turing
> > Matrix, why would there be any kind of arbitrary level separation? The
> > whole point is that there is no fundamental difference between one
> > Turing emulation and another. Paris is a program.
>
> A program is running on a machine... a program interact through interface
> and that's the **only** way to interact.
There is no
interface. It makes no difference to the OS of the HW node whether the
program is running virtual Paris on the root level of the physical
machine or virtual virtual Paris on one of the virtual machines.
What interface are you talking about? I can make a million nested
>
>
>
>
>
>
>
>
>
>
>
> > > If not you aren't really doing multi level simulation (simulation in a
> > > simulation)... but a single level one where you made it look like multi
> > > level.
>
> > > Example: if you run a virtual machine (like virtual box) and you
> > virtualize
> > > an OS and inside that one you run a virtual box that run another os
> > inside
> > > it, the second level cannot go to the first level (as the first level
> > can't
> > > reach the host) unless an interface between them exists.
>
> > No, you can. I can log into the root level on a hardware node - pick a
> > virtual machine on that node and log into it, open up a remote desktop
> > there and log back into the hardware node that the VM box is on if I
> > want. I can reboot the hardware machine from any nested level within
> > the node. There doesn't need to be an interface at all. They are all
> > running on the same physical hardware node.
>
> Well you can't read "unless an interface between them exists."
layers of virtual worlds and I can make it so the same virtual fire
burns in all of them, with no interface required.
It would magically
burn on command if I wanted it to. It's no problem at all unless I
want it to burn outside of the root level - into the literal reality
of time-space-matter-energy.
Craig
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We "know" that consciousness is in "platonia", and that local brains are just relative universal numbers making possible for a person (in a large sense which can include an amoeba) to manifest itself relatively to its most probable computation/environment. But this does not completely answer the question. I think that many thinks that the more a brain is big, the more it can be conscious, which is not so clear when you take the reversal into account. It might be the exact contrary.
And this might be confirmed by studies showing that missing some part of the brain, like an half hippocampus, can lead to to a permanent feeling of presence.Recently this has been confirmed by the showing that LSD and psilocybe decrease the activity of the brain during the hallucinogenic phases. And dissociative drugs disconnect parts of the brain, with similar increase of the first person experience. Clinical studies of Near death experiences might also put evidence in that direction. haldous Huxley made a similar proposal for mescaline.This is basically explained with the Bp & Dt hypostases. By suppressing material in the brain you make the "B" poorer (you eliminate belief), but then you augment the possibility so you make the consistency Dt stronger. Eventually you come back to the universal consciousness of the virgin simple universal numbers, perhaps.Here are some recent papers on this:
BrunoPS I asked Colin on the FOR list if he is aware of the European Brain Project, which is relevant for this thread. Especially that they are aware of "simulating nature at some level":
On May 29, 1:45 am, Jason Resch <jasonre...@gmail.com> wrote:So does a cadaver's brain and body. The fact that a cadaver is not
> So which of the following four link(s) in the logical chain do you take
> issue with?
>
> A. human brain (and body) comprises matter and energy
intelligent should show us that the difference between life and death
can't be meaningfully reduced to matter and energy.
> B. that matter and energy follow natural laws,No, laws follow from our observation of natural matter and energy.
You have jumped from physics to abstraction. It's like saying 'I have
> C. that these laws are describable in mathematical terms
a rabbit > rabbits act like rabbits > Bugs Bunny is modeled after the
behavior of rabbits > Bugs Bunny is a rabbit'.
Precision only determines the probability that a particular detector
> D. that mathematics can be simulated to any degree of precision by
> algorithms
>
fails to detect the fraud of simulation over time. It says nothing
about the genuine equivalence of the simulation and the reality.
On Tue, May 29, 2012 at 12:55 PM, Bruno Marchal <mar...@ulb.ac.be> wrote:On 29 May 2012, at 16:32, Jason Resch wrote:The question I have in mind is "Does a brain produce consciousness, or does the brain filter consciousness?
I had some thoughts on this same topic a few months ago. I was thinking about what the difference is between a God-mind that knows everything, and an empty mind that knew nothing. Both contain zero information (in an information theoretic sense), so perhaps if someone has no brain they become omniscient (in a certain sense).
If we consider RSSA, our consciousness followed some path to get to the current moment.
If we look at brain development, we find our consciousness formed from what was previously not conscious matter.
Therefore, there is some path from a (null conscious state)->(you), and perhaps, there are paths from the null state to every possible conscious state.
If so, then every time we go to sleep, or go under anesthesia, or die, we can wake up as anyone.
We "know" that consciousness is in "platonia", and that local brains are just relative universal numbers making possible for a person (in a large sense which can include an amoeba) to manifest itself relatively to its most probable computation/environment. But this does not completely answer the question. I think that many thinks that the more a brain is big, the more it can be conscious, which is not so clear when you take the reversal into account. It might be the exact contrary.
I think there are many tricks the brain employs against itself to aid the selfish propagation of its genes. One example is the concept of the ego (having an identity).
Many drugs can temporarily disable whatever mechanism in our brain creates this feeling, leading to ego death, feelings of connectedness, oneness with other or the universe, etc. Perhaps one of our ancestors always felt this way, but died out when the egoist gene developed and made its carriers exploitative of the egoless.
And this might be confirmed by studies showing that missing some part of the brain, like an half hippocampus, can lead to to a permanent feeling of presence.Recently this has been confirmed by the showing that LSD and psilocybe decrease the activity of the brain during the hallucinogenic phases. And dissociative drugs disconnect parts of the brain, with similar increase of the first person experience. Clinical studies of Near death experiences might also put evidence in that direction. haldous Huxley made a similar proposal for mescaline.This is basically explained with the Bp & Dt hypostases. By suppressing material in the brain you make the "B" poorer (you eliminate belief), but then you augment the possibility so you make the consistency Dt stronger. Eventually you come back to the universal consciousness of the virgin simple universal numbers, perhaps.Here are some recent papers on this:
Thanks for the links and your thoughts. They are, as always, very interesting.
PS I asked Colin on the FOR list if he is aware of the European Brain Project, which is relevant for this thread. Especially that they are aware of "simulating nature at some level":
Has he replied on the FOR list? It seems he has been absent from this list for the past few days.
Craig
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I think there are many tricks the brain employs against itself to aid the selfish propagation of its genes.� One example is the concept of the ego (having an identity).�
Agreed. As I said just above.
Many drugs can temporarily disable whatever mechanism in our brain creates this feeling, leading to ego death, feelings of connectedness, oneness with other or the universe, etc.� Perhaps one of our ancestors always felt this way, but died out when the egoist gene developed and made its carriers exploitative of the egoless.
Probably. I think so.
I can assure you that you can break an entire
hardware node by doing something on one container. Virtual is a
relative term, it is not literal. The virtual machines are all really
the same physical computer.
Craig
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Craig
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On 5/31/2012 8:36 AM, Bruno Marchal wrote:
I think there are many tricks the brain employs against itself to aid the selfish propagation of its genes. One example is the concept of the ego (having an identity).
Agreed. As I said just above.
So having an identity, a unity of thoughts, depends on there being a brain which depends on physics. Which is why I argue that, whatever is fundamental, physics is essential to consciousness.
Many drugs can temporarily disable whatever mechanism in our brain creates this feeling, leading to ego death, feelings of connectedness, oneness with other or the universe, etc. Perhaps one of our ancestors always felt this way, but died out when the egoist gene developed and made its carriers exploitative of the egoless.
Probably. I think so.
Evolutionarily the ego must have preceded Lobian programming by many generations.
Competition and natural selection must have occurred even in the primordial soup.
On May 31, 2:22 pm, Quentin Anciaux <allco...@gmail.com> wrote:No, I'm saying it's all software, except for the hardware. That has
> To know what an interface is... how 2 programs communicate. The way you
> talk is like "hey dude it's in the OS !"... like the operating system was
> not a software...
been my point from the start. You can make as many virtual worlds
nested within each other as you like and it doesn't matter. No
interface is required because they are all being physically hosted by
the semiconducting microelectronics.
It is not a problem to have an avatar have virtual dinner in virtual
Paris by using his virtual computer. He can dive into the monitor and
end up on the Champs-Élysées if the programmer writes the virtual
worlds that way. No interface can allow or restrict anything within a
virtual context
- it's all an election by the programmer, not an
ontological barrier.
When I use my keyboard to type these words, I am using hardware.
> like if you want to access the network you're not calling
> a software... like in the end it was not writing something into some place
> in memory... pfff only thing I can say is "AhAhAh !!!"... as your "sense"
> BS.
When
an avatar uses a virtual keyboard, or when that avatar's avatar's
avatar uses a virtual virtual virtual keyboard, there is no keyboard
there.
The keyboard can be a turnip or a cloud, it doesn't matter. For
me, in hardware world, it matters.
No, I understand exactly how you understand level but I am telling you
>
> The way you don't understand "level"... when a emulator is in a emulator...
> the second level emulator run on the first level emulated hardware...
that you are wrong. You are mistaking marketing hype for reality.
Emulation is a figure of speech.
There is no virtual hardware.
It's
just one piece of software that acts like several. The organization of
it is meaningless ontologically. The entire program is an
epiphenomenon of the same piece of hardware.
That is just not true and you aren't listening to what I'm saying. You
> which
> run itself run on physical hardware, no program in the nth level could
> access n-1 level hardware without the n-1 level emulator giving interface
> to it.
are confusing user permissions with hardware to software interface.
Every week I see nth level programs break n-1 OS and take down the
entire node. It's not what you think. They use the same OS. There is
only one copy of Windows Server 2008 that every container shares. If
they had separate copies, there would still be a meta-OS that they
share.
Craig
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On May 31, 2:33 am, Jason Resch <jasonre...@gmail.com> wrote:
> On Wed, May 30, 2012 at 3:04 PM, Craig Weinberg <whatsons...@gmail.com>wrote:
>I think that Matter-Energy and Sense-Motive are dual aspects of the
> > On May 29, 1:45 am, Jason Resch <jasonre...@gmail.com> wrote:
>
> > > So which of the following four link(s) in the logical chain do you take
> > > issue with?
>
> > > A. human brain (and body) comprises matter and energy
>
> > So does a cadaver's brain and body. The fact that a cadaver is not
> > intelligent should show us that the difference between life and death
> > can't be meaningfully reduced to matter and energy.
>
> That some organizations of matter/energy are intelligent and others are not
> is irrelevant, what matters is whether or not you agree that the brain is
> made of matter and energy. Do you agree the brain is made of matter and
> energy, and that the brain is responsible for your consciousness (or at
> least one of the many possible manifestations of it)?
same thing. If you are talking about the brain only, then you are
talking about matter and energy, but no person exists if you limit the
discussion to that. The matter and energy side of what we are is just
organs. There is no person there. The brain is not responsible for
consciousness anymore than your computer is responsible for the
internet. It is the necessary vehicle through which human level
awareness is accessed.
No, you are mistaking the interaction of concretely real natural
>
> > > B. that matter and energy follow natural laws,
>
> > No, laws follow from our observation of natural matter and energy.
>
> You are mistaking our approximations and inferences concerning the natural
> laws for the natural laws themselves.
phenomena with abstract principles which we have derived from
measurement and intellectual extension.
Before there was matter, there were no laws that the universe obeyed
> Before there were any humans, or any
> life, there must have been laws that the universe obeyed to reach the point
> where Earth formed and life could develop.
pertaining to matter, just as there were no laws of biology before
biology.
The universe makes laws by doing. It isn't only a disembodied
set of invisible laws which creates obedient bodies.
Laws are not
primordial.
You have to have some kind of capacity to sense and make
sense before any kind of regularity of pattern can be established.
Something has to be able to happen in the first place before you can
separate out what can happen under which conditions. The reality of
something being able to happen - experience - possibility - prefigures
all other principles.
> Do you agree that such naturalNo.
> laws exist (regardless of our human approximations of them)?
It has nothing to do with human approximations though. If an
audience cheers it is not because there is a law of cheering they are
following, it is because they personally are participating in a
context of sense and motive which they and their world mutually push
and pull. The understanding of when cheering happens and under what
conditions it can be produced is an a posterior abstraction. We can
call it a law, and indeed, it is highly regular and useful to think of
it that way, but ultimately the law itself is nothing. It is a set of
meta-observations about reality,
not an ethereal authoritative core
around which concrete reality constellates and obeys. Laws come from
within. Human laws from within humans, atomic laws from within atoms,
etc.
The formal system doesn't exist until some sentient being
>
>
>
> > > C. that these laws are describable in mathematical terms
>
> > You have jumped from physics to abstraction. It's like saying 'I have
> > a rabbit > rabbits act like rabbits > Bugs Bunny is modeled after the
> > behavior of rabbits > Bugs Bunny is a rabbit'.
>
> I haven't jumped there yet. All "C" says is that there exists some formal
> system that is capable of describing the natural laws as they are. You may
> accept or reject this. If you reject this, simply say so and provide some
> justification if you have one.
intentionally brings it into existence.
Bugs Bunny requires a
cartoonist to draw him. Bugs is a formal system that is capable of
describing rabbit behaviors as they are but he doesn't exist
'there' ('he' insists 'here' instead).
You aren't factoring in the limitation of perception. Think of a young
>
> Note that I have not made any statement to the effect that "an abstract
> rabbit is the same as a physical rabbit", only that natural laws that the
> matter and energy in (a rabbit or any other physical thing) follow can be
> described.
child trying to imitate an accent from another language. To the child,
they perceive that they are doing a pretty good job of emulating
exactly how that way of speaking sounds. To an adult though,
especially one who is a native speaker of the language being imitated,
there is an obvious difference.
This is where we are in our
contemporary belief that we have accounted for physical forces. I
think that we are looking at a pre-Columbian map of the world and
trying to ignore the shadowy fringes of consciousness with names like
'entanglement', 'dark energy', 'vacuum flux' etc. We are in the dark
ages of understanding consciousness as we have not yet discovered
sense. We use sense to try to make sense of a universe that we have
closed one eye to. Physics is a toy model of reality.
It depends what the algorithms are running on. If you use a physical
>
>
>
> > > D. that mathematics can be simulated to any degree of precision by
> > > algorithms
>
> > Precision only determines the probability that a particular detector
> > fails to detect the fraud of simulation over time. It says nothing
> > about the genuine equivalence of the simulation and the reality.
>
> It sounds like you accept that mathematics can be simulated to any degree
> of precision by algorithms, but your objection is that without absolutely
> perfect precision, the simulation will eventually diverge from the object
> being simulated in some noticeable way.
material that is ideal for precision and accuracy, then you are using
the worst possible material for biological sensation, which would need
to be optimized for volatility and ambiguity.
That would be true if complexity was what gives rise to awareness,
> I think this is a valid
> objection. However, I don't see this objection serving as the basis for
> Colin's argument against artificial general intelligence. Let's say we
> have a near perfect simulation of the physics of Einstein's brain running
> in a computer. It is near-perfect, rather than perfect, because due to
> rounding errors, it is predicted that there will be one neuron misfire
> every 50 years of operation. (Where a misfire is a neuron that fires when
> the actual brain would not have, or doesn't fire when the actual brain
> would not have). Maybe this misfire causes the simulated brain to develop
> a wrong idea when he would have otherwise had the right one, but who would
> argue that this simulated Einstein brain is not intelligent? Perhaps it
> has an IQ of 159 instead of the 160 of the genuine brain, but it would
> still be consider an example of AGI. If you don't like the 1 error every
> 50 years, then you can double the amount of memory used in the floating
> point numbers (going from 64 bits to 128 bits per number), and then you
> make the system have a precision that is 2^64 times finer, so there would
> not be a deviation in the simulation during the whole life of the universe.
but
I don't think that's the case. There is no sculpture of Einstein's
body that is Einstein. The brain is just part of the body. No amount
of emulation is going to put Einstein in that brain - he was never
there to begin with. The brain was just his KVM and screen. The real
Einstein was an event that happened in the 20th century and can never
be reproduced at all.
And I accept your reasoning that it would be as you describe, were the
>
> So while I accept your argument that a digital machine cannot perfectly
> simulate a continuous one perfectly, I do not see how that could serve as a
> practical barrier in the creation of AGI.
>
universe an interplay of information rather than concrete sense
experiences. It's a close second possibility - I think that you and
Bruno are almost right, but the detail of which of the two (pattern or
pattern recognition) is ultimately more primitive makes all the
difference. I think that pattern recognition can exist without any
external pattern more than patterns can exist without the potential
for awareness of them. If our perception were more independent of the
brain...if we could not profoundly change it with just a bit of
chemistry or suggestion...if physics ultimately seemed to point to a
static simplicity at the base of the microcosm... but it doesn't. The
more we look at anything, the more it points back to ourselves and our
method of looking.
Craig