JAK (Message Wall | contribs) (I believe a fairly convincing case can be built with ToK through the first 9 points. 10 through 12 get progressively dicey.) |
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To take the ToK deeper into various other fields and to show it in a "bootstrap" fashion (building it from simple to complex), I suggest the following points be addressed: |
To take the ToK deeper into various other fields and to show it in a "bootstrap" fashion (building it from simple to complex), I suggest the following points be addressed: |
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| − | 1.) Energy is the common denominator of the universe – E=mc². (Both Gregg and I have agreed on this.) And energy is described by vectors, which are themselves described in terms of existence, direction, and magnitude (loosely: nouns, verbs, modifiers). All things are energy based. Otherwise, they do not participate or interact with our known universe. (It would be hard to argue that knowledge and emotions fall outside of the realm of energy.) |
+ | 1.) [[Energy]] is the common denominator of the universe – E=mc². (Both Gregg and I have agreed on this.) And energy is described by [[vectors]], which are themselves described in terms of existence, direction, and magnitude (loosely: nouns, verbs, modifiers). All things are energy based. Otherwise, they do not participate or interact with our known universe. (It would be hard to argue that knowledge and emotions fall outside of the realm of energy.) |
2.) Fundamental laws of energy are constants which form the basis of systems. Without some constant force, nothing would create a cyclical process, the hallmark of a system. |
2.) Fundamental laws of energy are constants which form the basis of systems. Without some constant force, nothing would create a cyclical process, the hallmark of a system. |
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| − | 3.) Only systems can form knowledge. Without repetitive actions, nothing can be conveyed to another intelligent being. The systematic basis is divulged within nouns, verbs, and modifiers (adjectives and adverbs). Through clarification of systems, hooks to philosophy (sentential logic) and mathematics are created, for they both have a systematic basis. |
+ | 3.) Only systems can form knowledge. Without repetitive actions, nothing can be conveyed to another intelligent being. The systematic basis is divulged within nouns, verbs, and modifiers (adjectives and adverbs). Through clarification of systems, hooks to philosophy ([[sentential logic]]) and mathematics are created, for they both have a systematic basis. |
| − | 4.) Systems survive due to homeostatic principles (balance; see Walter Cannon). When the systematic processes are knocked outside of their tolerances, the systems deteriorate and dissipate. |
+ | 4.) Systems survive due to [[homeostatic principles]] (balance; see [[Walter Cannon]]). When the systematic processes are knocked outside of their tolerances, the systems deteriorate and dissipate. |
| − | 5.) All living organisms are energy systems (see Elizabeth Duffy). This is the next jump in the ToK - from matter to life. Natural selection would be introduced at this juncture. ToK would now tie into biology. |
+ | 5.) All living organisms are energy systems (see [[Elizabeth Duffy]]). This is the next jump in the ToK - from matter to life. Natural selection would be introduced at this juncture. ToK would now tie into biology. |
| − | 6.) The greatest predator upon living organisms is entropy (disorder which renders simplicity) which is ubiquitous. There is no escape from the grasp of entropy. |
+ | 6.) The greatest predator upon living organisms is [[entropy]] (disorder which renders simplicity) which is ubiquitous. There is no escape from the grasp of entropy. |
| − | 7.) To survive, living organisms must climb toward negative entropy (order which creates complexity; see Nobel physicist, Erwin Schrödinger). |
+ | 7.) To survive, living organisms must climb toward [[negative entropy]] (order which creates complexity; see Nobel physicist, [[Erwin Schrödinger]]). |
| − | 8.) The key to climbing toward negative entropy relies upon gaining resources and efficiently using gained resources. IMO, this is the logical launching point for Henriques' Behavioral Investment Theory (BIT). This also provides the link which grows into the field of economics. |
+ | 8.) The key to climbing toward negative entropy relies upon gaining resources and efficiently using gained resources. IMO, this is the logical launching point for [[Henriques]]' [[Behavioral Investment Theory]] (BIT). This also provides the link which grows into the field of economics. |
| − | 9.) It is the brain’s evolved task to effectively manage the distribution of resources to effect survival and homeostasis. This spot lends itself to connecting with neurobiology, Perceptual Control Theory (Powers), and the classic work of Walter Cannon. This is also a good spot for the evolutionary growth of the brain (reptilian, mammilian, etc.). |
+ | 9.) It is the brain’s evolved task to effectively manage the distribution of resources to effect survival and homeostasis. This spot lends itself to connecting with [[neurobiology]], [[Perceptual Control Theory]] ([[Powers]]), and the classic work of Walter Cannon. This is also a good spot for the [[evolutionary growth of the brain]] (reptilian, mammilian, etc.). |
| − | 10.) Evolutionary pressures have forced the brain to sacrifice some subsystems during times of danger (“fight or flight” guided by the sympathetic and somatic nervous systems included in the eXternal Control System). Homeostasis returns only when safety is recognized (“rest and digest” guided by the parasympathetic nervous and enteric systems included in the |
+ | 10.) Evolutionary pressures have forced the brain to sacrifice some subsystems during times of danger (“fight or flight” guided by the sympathetic and somatic nervous systems included in the [[eXternal Control System]]). Homeostasis returns only when safety is recognized (“rest and digest” guided by the [[parasympathetic nervous]] and [[enteric systems]] included in the ). The [[ICS]] and [[XCS]] may or may not be higher-level biological systems controled be the [[hypothalamus]], but the ICS and XCS are two distict, categorical pressures of the environment affecting evolution. |
| − | 11.) The fundamental redirection of energy resources between the ICS and XCS is primarily responsible for |
+ | 11.) The fundamental redirection of energy resources between the ICS and XCS is primarily responsible for “[[emotions]]/[[feelings]]”. The redirection of resources is to effect two basic behaviors: approach and avoid. (I prefer “seek” and “avoid”.) This spot links nicely to [[Global Workspace Theory]] ([[Baars]]/[[Newman]]) as well as [[Plutchik]]'s work and the work of many others. This is also a good spot to marry [[behaviorism]] ([[Skinner]]) and [[humanism]] ([[Maslow]]) together using "energy" as the "adhesive." |
| − | 12.) Consciousness is tied to the XCS (primarily the sympathetic nervous system). Sleep is tied to the ICS (primarily the parasympathetic nervous system). Ties back to neurobiology (GABA, beta-CCM, etc.) work here. It also provides a controversial spot to discuss the evolved purpose of consciousness. (I vote for Freud's interpretation: it's for rehearsal work.) Further, it's a place to discuss whether "mind" and "consciousness" are synonymous or not. (As |
+ | 12.) Consciousness is tied to the XCS (primarily the [[sympathetic nervous system]]). Sleep is tied to the ICS (primarily the [[parasympathetic nervous system]]). Ties back to neurobiology ([[GABA]], [[beta-CCM]], etc.) work here. It also provides a controversial spot to discuss the [[Evolution and consciusness|evolved purpose of consciousness]]. (I vote for Freud's interpretation: it's for rehearsal work.) Further, it's a place to discuss whether "[[mind]]" and "[[consciousness]]" are synonymous or not. (As said, "Consciousness is the RESULT of thinking, not the process of thinking. Is "mind" the results? Or is it the processes?) |
I believe a fairly convincing case can be built with ToK through the first 9 points. 10 through 12 get progressively dicey. |
I believe a fairly convincing case can be built with ToK through the first 9 points. 10 through 12 get progressively dicey. |
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Revision as of 11:22, 1 December 2006
To take the ToK deeper into various other fields and to show it in a "bootstrap" fashion (building it from simple to complex), I suggest the following points be addressed:
1.) Energy is the common denominator of the universe – E=mc². (Both Gregg and I have agreed on this.) And energy is described by vectors, which are themselves described in terms of existence, direction, and magnitude (loosely: nouns, verbs, modifiers). All things are energy based. Otherwise, they do not participate or interact with our known universe. (It would be hard to argue that knowledge and emotions fall outside of the realm of energy.)
2.) Fundamental laws of energy are constants which form the basis of systems. Without some constant force, nothing would create a cyclical process, the hallmark of a system.
3.) Only systems can form knowledge. Without repetitive actions, nothing can be conveyed to another intelligent being. The systematic basis is divulged within nouns, verbs, and modifiers (adjectives and adverbs). Through clarification of systems, hooks to philosophy (sentential logic) and mathematics are created, for they both have a systematic basis.
4.) Systems survive due to homeostatic principles (balance; see Walter Cannon). When the systematic processes are knocked outside of their tolerances, the systems deteriorate and dissipate.
5.) All living organisms are energy systems (see Elizabeth Duffy). This is the next jump in the ToK - from matter to life. Natural selection would be introduced at this juncture. ToK would now tie into biology.
6.) The greatest predator upon living organisms is entropy (disorder which renders simplicity) which is ubiquitous. There is no escape from the grasp of entropy.
7.) To survive, living organisms must climb toward negative entropy (order which creates complexity; see Nobel physicist, Erwin Schrödinger).
8.) The key to climbing toward negative entropy relies upon gaining resources and efficiently using gained resources. IMO, this is the logical launching point for Henriques' Behavioral Investment Theory (BIT). This also provides the link which grows into the field of economics.
9.) It is the brain’s evolved task to effectively manage the distribution of resources to effect survival and homeostasis. This spot lends itself to connecting with neurobiology, Perceptual Control Theory (Powers), and the classic work of Walter Cannon. This is also a good spot for the evolutionary growth of the brain (reptilian, mammilian, etc.).
10.) Evolutionary pressures have forced the brain to sacrifice some subsystems during times of danger (“fight or flight” guided by the sympathetic and somatic nervous systems included in the eXternal Control System). Homeostasis returns only when safety is recognized (“rest and digest” guided by the parasympathetic nervous and enteric systems included in the ). The ICS and XCS may or may not be higher-level biological systems controled be the hypothalamus, but the ICS and XCS are two distict, categorical pressures of the environment affecting evolution.
11.) The fundamental redirection of energy resources between the ICS and XCS is primarily responsible for “emotions/feelings”. The redirection of resources is to effect two basic behaviors: approach and avoid. (I prefer “seek” and “avoid”.) This spot links nicely to Global Workspace Theory (Baars/Newman) as well as Plutchik's work and the work of many others. This is also a good spot to marry behaviorism (Skinner) and humanism (Maslow) together using "energy" as the "adhesive."
12.) Consciousness is tied to the XCS (primarily the sympathetic nervous system). Sleep is tied to the ICS (primarily the parasympathetic nervous system). Ties back to neurobiology (GABA, beta-CCM, etc.) work here. It also provides a controversial spot to discuss the evolved purpose of consciousness. (I vote for Freud's interpretation: it's for rehearsal work.) Further, it's a place to discuss whether "mind" and "consciousness" are synonymous or not. (As said, "Consciousness is the RESULT of thinking, not the process of thinking. Is "mind" the results? Or is it the processes?)
I believe a fairly convincing case can be built with ToK through the first 9 points. 10 through 12 get progressively dicey.
JAK 04:00, 1 December 2006 (UTC)