Michael Allen
Paranormal Adept
Lets follow the phenomenon along these analogies and see whether the same "dualism" problem rears its head in the same way:
"Don't these systems depend on the equipmental totality of human engineering and are therefore assuming the very basis of the question being asked?"
(we're not going to let the "why-you-ask" interlocutor sophist to emerge here)
Sure human culture, know-how and engineering underlies the existence (and utility--i.e. relevance!) of these systems. Not only that, each of the systems has a galaxy of other created things in the human engineering world that bear on them. The computer has interface devices, peripherals, data storage devices, trained specialists, language systems, etc as well as the appropriate regions, places and uses for the same. The same of course for the phonograph (or if you prefer, a CD and/or mp3 music player). Although the transformations of patterns in one physical medium moving to another physical medium are easier to follow in the phonograph.
Now if we are to imagine a phonograph record with one reading arm and one writing arm -- the reading arm plays what's already written on the vinyl, while the writing arm take the signals from another source and "burns them in" to the same. Self-reference is need to create a system that can re-direct the internals of its own media transformations. In computer science, we have something called "self-modifying code*"--i.e. code that has the ability to modify itself during execution.
Now in the scenario of the computer, we have a microprocessor made up of some matrix of interconnected switches (CMOS perhaps, millions of transistors) which are all connected to some divided power source. These switches are combined into logic groups (gates) which are triggered by input signals from an input/output bus. These discrete electrical signals are patterns contrived out of the series of compiled and encoded/decoded instructions from machine language (patterns of yeses and nos ordered in a particular way). This machine language in turn can be mnemonically combined into labels and instruction codes more readily interpreted by a human programmer, and that assembly is in turn grouped and macroed into higher-level statements in languages like C(++), Java and Lisp. Here it does not matter if the switches in the computer are made up of some kind of steam-punk system of cogs, levers and other mechanical parts or an electro-mechanical relay array with vacuum tubs, or even of millions of soldered transistors into a vast circuit board. The effect is that logic is mechanized into a system of switches either electrical, mechanical. In the human body, there is a device called a ribosome which "which links amino acids in an order specified by mRNA, using transfer RNA (tRNA) molecules to carry amino acids and to read the mRNA three nucleotides at a time. The genetic code is highly similar among all organisms and can be expressed in a simple table with 64 entries." Either way we are dealing with layers and layers of material effecting pattern exchanges and even following through with events based on patterns.
I am not sure if we have a foundation to start up with the dualism problematic yet, but at least we have some scenarios which we can expose with our analytic toward the end of at least understanding better what we mean by the phenomena of "dualism."
Now lets look at boomerang's assertion
Well perhaps not unless you have some kind of savant like ability that can affect the pixel coordinate transformations into some kind of internal state that is very like the neuronal correlate when viewing the image itself. The how for which the brain does this is hidden from our own phenomena experience--no less hidden than the transformations a computer does to affect the transform to the image on the screen. The only difference between these two situations is that you are doing the processing (without knowing it) and are viewing the computer system from the "outside" doing the same. Your act of perception is through a transparent (not visible) medium that is doing some very meticulous pattern transformations. These transformations are hidden and what you "see" is the final product. The same with a computer which is decoding a binary file into instructions on what to present to the screen. If the computer were suddenly conscious of itself and "saw" the final product, what makes you think it would be any less mystified by its own internal workings? Would this mystification of its own pattern processing cause it to suddenly spit out "dualism" as a necessary constituent of its own reality?
* I laughed out loud when I read this in the wiki article: "The term is usually only applied to code where the self-modification is intentional, not in situations where code accidentally modifies itself due to an error such as a buffer overflow." I am half-convinced that inadvertent "SMC" buffer overflow event will be the first time a neuro-net AI system running code suddenly wakes up.
- A computer system running a piece of code.
- A phonograph record on a turntable
"Don't these systems depend on the equipmental totality of human engineering and are therefore assuming the very basis of the question being asked?"
(we're not going to let the "why-you-ask" interlocutor sophist to emerge here)
Sure human culture, know-how and engineering underlies the existence (and utility--i.e. relevance!) of these systems. Not only that, each of the systems has a galaxy of other created things in the human engineering world that bear on them. The computer has interface devices, peripherals, data storage devices, trained specialists, language systems, etc as well as the appropriate regions, places and uses for the same. The same of course for the phonograph (or if you prefer, a CD and/or mp3 music player). Although the transformations of patterns in one physical medium moving to another physical medium are easier to follow in the phonograph.
Now if we are to imagine a phonograph record with one reading arm and one writing arm -- the reading arm plays what's already written on the vinyl, while the writing arm take the signals from another source and "burns them in" to the same. Self-reference is need to create a system that can re-direct the internals of its own media transformations. In computer science, we have something called "self-modifying code*"--i.e. code that has the ability to modify itself during execution.
Now in the scenario of the computer, we have a microprocessor made up of some matrix of interconnected switches (CMOS perhaps, millions of transistors) which are all connected to some divided power source. These switches are combined into logic groups (gates) which are triggered by input signals from an input/output bus. These discrete electrical signals are patterns contrived out of the series of compiled and encoded/decoded instructions from machine language (patterns of yeses and nos ordered in a particular way). This machine language in turn can be mnemonically combined into labels and instruction codes more readily interpreted by a human programmer, and that assembly is in turn grouped and macroed into higher-level statements in languages like C(++), Java and Lisp. Here it does not matter if the switches in the computer are made up of some kind of steam-punk system of cogs, levers and other mechanical parts or an electro-mechanical relay array with vacuum tubs, or even of millions of soldered transistors into a vast circuit board. The effect is that logic is mechanized into a system of switches either electrical, mechanical. In the human body, there is a device called a ribosome which "which links amino acids in an order specified by mRNA, using transfer RNA (tRNA) molecules to carry amino acids and to read the mRNA three nucleotides at a time. The genetic code is highly similar among all organisms and can be expressed in a simple table with 64 entries." Either way we are dealing with layers and layers of material effecting pattern exchanges and even following through with events based on patterns.
I am not sure if we have a foundation to start up with the dualism problematic yet, but at least we have some scenarios which we can expose with our analytic toward the end of at least understanding better what we mean by the phenomena of "dualism."
Now lets look at boomerang's assertion
Just as you will never perceive an image of a Red Ferrari on a holographic plate, or by reading off the pixel coordinates of a Ferrari pic.
Well perhaps not unless you have some kind of savant like ability that can affect the pixel coordinate transformations into some kind of internal state that is very like the neuronal correlate when viewing the image itself. The how for which the brain does this is hidden from our own phenomena experience--no less hidden than the transformations a computer does to affect the transform to the image on the screen. The only difference between these two situations is that you are doing the processing (without knowing it) and are viewing the computer system from the "outside" doing the same. Your act of perception is through a transparent (not visible) medium that is doing some very meticulous pattern transformations. These transformations are hidden and what you "see" is the final product. The same with a computer which is decoding a binary file into instructions on what to present to the screen. If the computer were suddenly conscious of itself and "saw" the final product, what makes you think it would be any less mystified by its own internal workings? Would this mystification of its own pattern processing cause it to suddenly spit out "dualism" as a necessary constituent of its own reality?
* I laughed out loud when I read this in the wiki article: "The term is usually only applied to code where the self-modification is intentional, not in situations where code accidentally modifies itself due to an error such as a buffer overflow." I am half-convinced that inadvertent "SMC" buffer overflow event will be the first time a neuro-net AI system running code suddenly wakes up.
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