Showing posts with label Chapter 41 - What Had Alfred Wrought?. Show all posts
Showing posts with label Chapter 41 - What Had Alfred Wrought?. Show all posts

Wednesday, January 14, 2015

Chapter 41 - What Had Alfred Wrought?: Part 5 - Eager For Research

Korzybski: A Biography (Free Online Edition)
Copyright © 2014 (2011) by Bruce I. Kodish 
All rights reserved. Copyright material may be quoted verbatim without need for permission from or payment to the copyright holder, provided that attribution is clearly given and that the material quoted is reasonably brief in extent.

Korzybski considered his work scientific. The last thing he wanted anyone to do was to view what he had produced as a ‘philosophy’, which by 1933 he saw had become predominantly a field of detached verbalism and intensional speculation. (He preferred to call ‘philosophers’ who did what he considered valuable work, “epistemologists”.) What he had developed, in his view, constituted a new and applied empirical science of evaluation.(14) He felt eager for research of all kinds since his claims for his system and methodology would stand or fall on reports of experiments.(15)

What kinds of experiments? Korzybski gave a number of suggestions in the book.(16) Statistical studies, e.g., comparing a control group with a group receiving general-semantics training, could supply some useful data. But this kind of statistical research (“the method of relative frequencies”) could yield only limited understanding about human potentialities, which his work had focused upon. To investigate how species-wide mechanisms of abstracting (from identification to consciousness of abstracting) worked in individuals, required research methods that studied individuals. (Such methods are discussed in Philip J. Runkel’s book Casting Nets and Testing Specimens: Two Grand Methods of Psychology.)



Sophisticated studies could wait. To research the mechanisms of time-binding (abstracting, etc.) directly, any individual could begin to observe them operating in him/herself. Alfred needed people to study the book, put their arguments aside, and experimentally do what he advised (using the various neuro-linguistic and neuro-evaluational techniques, i.e., working with the Structural Differential, etc.). As he would say, a knee jerk reflex wouldn’t operate if you didn’t tap the tendon but argued about it instead. You had to do it. Part VII, “On The Mechanism Of Time-Binding”—which made up all of Book II—was full of suggestions for how to train yourself in Korzybski’s extensional methods (in particular Chapter XXIX, “On Non-Aristotelian Training”). The extensional practices seemed so simple, even baby-like. But doing them, he already knew, was not necessarily so easy.

Someone with a nervous system deeply “canalized” (entrenched in habit) in the old elementalistic, aristotelian orientation would have to “sweat blood” for a good while to get anywhere with them. How much sweating and how much time would depend on the depth of their old habits, among other things. Then they could see what extensional practices made possible.

So before anything else he needed to get people (including pivotal scientists, educators, and psychiatrists, among others) interested and willing to train themselves in his work, apply it, and begin to see what they could do with themselves, their students, and patients using his methods. Years later, behavioral researcher Runkel* would come up with a name for this type of exploratory research, “the method of possibilities”, an important—although often too easily dismissed—form of experimentation. A personal trial could indicate the possibility of bringing something about. Alfred had already seen a number of ‘unlikely’ results in Graven’s patients and in some of the people he had worked with, such as individuals stopping ‘panic attacks’ through the persistent practice of dating and indexing. Such results didn’t seem so unlikely to him anymore. He hoped psychiatrists and psychotherapists would publish case studies and educators would file reports of their research. Then, once enough people experienced the possibilities of extensional training, other types of more elaborate research could follow.
*See Casting Nets and Testing Specimens: Two Grand Methods of Psychology. Runkel, a close co-worker of William T. Powers in Perceptual Control Theory, studied Korzybski’s work early in his career and felt influenced by it, as did Powers. [P. J. Runkel, Personal communication to BIK. See also Powers and Runkel.]


Korzybski did not see himself as an especially gifted writer. But he felt he had produced a book, which—however imperfect—he and Mira didn’t need to feel ashamed of. Nonetheless, having written the book was not enough. At best, it provided—yes—only a map, a blueprint for a vast, multi-faceted program of personal-socio-cultural restructuring. The program had promise and needed publicity, support, and research. Having ‘ridden the tiger’ this far, they were not going to dismount now.



Notes 
You may download a pdf of all of the book's reference notes (including a note on primary source material and abbreviations used) from the link labeled Notes on the Contents page. The pdf of the Bibliography, linked on the Contents page contains full information on referenced books and articles. 
14. “Introduction to the Second Edition”, Korzybski 1994 (1933), p. xli. 

15. Korzybski 1994 (1933), p. 532. 

16. See Kenneth G. Johnson’s “Korzybski on Research: Suggestions from Science And Sanity” in General Semantics Bulletin 51 (1984): 43–53.





Tuesday, January 13, 2015

Chapter 41 - What Had Alfred Wrought?: Part 4 - A Theory of Sanity

Korzybski: A Biography (Free Online Edition)
Copyright © 2014 (2011) by Bruce I. Kodish 
All rights reserved. Copyright material may be quoted verbatim without need for permission from or payment to the copyright holder, provided that attribution is clearly given and that the material quoted is reasonably brief in extent.

Korzybski’s focus on behavior and everyday life had turned his work into a theory of sanity, an inevitable consequence for him of his non-elementalistic, non-aristotelian system. The importance he gave to this theory of sanity was indicated by the numerous times he referred to it and discussed it throughout the book. A thoroughly sane individual, according to Korzybski, followed an extensional orientation, adjusted him/herself to life-‘facts’, showed consciousness of abstracting, avoided identification, had fully conditional reactions, etc. On the continuum from sanity to insanity, most of us could be considered somewhere in the middle, i.e., un-sane. The standards of ‘rationality’ he had developed thus merged with those of psychological health.

Thus, in addition to educators and those wishing to become more ‘scientific’ problem solvers, Korzybski’s work had implications for psychiatrists and psychotherapists. As he later noted, “...all existing psychotherapy, no matter of what school, is based on the partial and particular extensionalization of a given patient, depending on the good luck and personal skill of the psychiatrist.”(10) Korzybski asserted that a psychotherapist no longer had to depend upon good luck alone, that his methods provided a standard by which to develop therapy/counseling skills. He had no interest in supplanting psychiatrists or in doing psychotherapy himself. He referred to his work as preventive and educational with his main thrust that of helping the legion of the un-sane, the bulk of humanity not under psychiatric care. But at this stage, he certainly wanted to see what results psychiatrists would get with their patients by using it, or by using him to educate their patients. As Graven’s work indicated, some people diagnosed as ‘medical’ cases seemed able to positively respond to such education alone. More psychiatric corroboration would perhaps make it easier for so-called normal people to see that Alfred had something of value for them.

With the vast scope and potentially momentous consequences of his work—which he spelled out in some detail in the book—some people failed to notice Korzybski’s humility. Nonetheless, writing and speaking with consciousness of abstracting as a standard required a basic epistemological modesty—what Robert P. Pula would call “epistemodesty”—that Korzybski sought in his habitual means of expression. 
"Epistemodesty",
word coined by Robert P. Pula
Throughout the book readers could find statements like this:
In the present work, each statement is merely the best the author can make in 1933. Each statement is given definitely, but with the semantic [evaluational] limitation that it is based on the information available to the author in 1933. The author has spared no labour in endeavoring to ascertain the state of knowledge as it exists in the fields from which his material is drawn. Some of this information may be incorrect, or wrongly interpreted. Such error will come to light and be corrected as the years proceed. (11)
In his published writings, Korzybski continued to practice the epistemodesty he ‘preached’—with his use of “etc.” and related extensional punctuation, as well as modifiers, qualifiers, dates, indexes, etc. As part of this modesty, he had to directly acknowledge his work as limited—despite its great generality. Because general-semantics could be applied wherever humans evaluate (everywhere), did not mean he had a theory of everything.(12) As a consequence, he could not and never did claim his work as a panacea. (13)


Notes 
You may download a pdf of all of the book's reference notes (including a note on primary source material and abbreviations used) from the link labeled Notes on the Contents page. The pdf of the Bibliography, linked on the Contents page contains full information on referenced books and articles. 
10. “Introduction to the Second Edition 1941” in Korzybski 1994 (1933), p. lx. 

11. Korzybski 1994 (1933), p. 142. 

12. Korzybski 1994 (1933), pp. 143-144. 

13. Korzybski 1994 (1933), pp. xxxi,10, 561. See also Mayper 1979 (1977), pp. 26, 38 and Allen Walker Read 1984, pp. 16–17 for further discussions of what some people saw as Korzybski’s lack of modesty. 



< Part 3      Part 5 >


Monday, January 12, 2015

Chapter 41 - What Had Alfred Wrought?: Part 3 - "Nothing So Practical"

Korzybski: A Biography (Free Online Edition)
Copyright © 2014 (2011) by Bruce I. Kodish 
All rights reserved. Copyright material may be quoted verbatim without need for permission from or payment to the copyright holder, provided that attribution is clearly given and that the material quoted is reasonably brief in extent.

Korzybski accepted what psychologist Kurt Lewin would later write: “There is nothing so practical as a good theory.”(7) From the time that he had called his work “human engineering”, he had aimed it towards practicality. His general theory of evaluation (“general semantics”), as the “modus operandi” of the non-aristotelian system, provided an applied epistemology, a generalized practical method for dealing with problems in science and life. 

"Human Engineering"
Some people seemed to conclude that Korzybski’s reach had exceeded his grasp. While writing the book he had often wondered so himself—one of the reasons he had sought out some of the best mathematicians and scientists of the day to critique what he had written. He had certainly taken on an ambitious project. Abstracting through the ‘lenses’ of “time-binding”, “abstracting”, etc., he had formulated one very simple and very general mechanism—“identification”—behind “the quarrels between two lovers, two mathematicians, two nations, two economic systems ., [etc.,]”(8), and a general method for dealing with them.

Leibniz, in expressing his dreams of ‘universal agreement’, etc., had imagined the possibility of somehow algebraizing ‘thought’: with a ‘perfect’ language, involving some kind of impersonal, formulaic, and step-by-step procedure (an algorithm), people could sit down and say “Let us calculate” in order to settle a dispute or work out a problem. But Korzybski, in pursuit of Leibniz’s dreams, had produced something different.

Rather than a ‘logical’ algorithm, the ‘methods’ he produced that embodied his theory (involving the Structural Differential and other techniques and devices) seemed closer to a set of psycho-logical heuristics—behavioral guidelines to get more extensional and to reach agreement with others at a particular time and place. Even in mathematics, you couldn’t have a ‘perfect language’—at least one inherently free of all ambiguity—as Leibniz seemed to suggest. Considering any language as a joint product of abstracting human nervous systems, each individual would inevitably abstract differently and give different values to words and other symbols. Even in mathematics, agreement had to be worked at by people in a given context.(9) Korzybski’s approach to agreement and method—non-formulaic and personal—reflected this.

To follow his heuristic approach, you would have to internalize a set of standards and use them to self-reflexively inquire into your own reactions (linguistic or not) and those of others—i.e., ‘put them up’ on the Structural Differential. From there, new possibilities could emerge for modifying your reactions and adjusting to the reactions of others.

Despite the fact that Korzybski would sometimes describe his work in terms of ‘mathematical’, ‘physico-mathematical’, or ‘scientific’ method, he wasn’t teaching mathematics or science per se. (Perhaps talking about a generalized scientific attitude or approach might have seemed clearer.) What he taught boiled down to an extensional orientation or attitude, how to habitually orient yourself towards ‘facts’. It wasn’t limited to mathematicians and scientists although perhaps they demonstrated aspects of it especially clearly when working at their best. At any rate, with his system and methodology he believed an extensional attitude no longer had to be ‘caught’ by means of haphazard, unconscious learning. It could be taught. He liked to joke that as a very unreasonable fellow he felt educators should be educated and ‘scientists’ should actually behave scientifically. An extensional orientation, learned explicitly, could even help ‘scientists’ behave more ‘scientifically’ in their work. And a ‘scientist’ no longer had an excuse for compartmentalizing himself, leaving extensional behavior in his laboratory or office when he hung up his white coat and became a ‘man in the street’. In this sense of ‘scientific method’, scientists and ordinary people could learn to apply it in their daily lives.(9a)


Notes 
You may download a pdf of all of the book's reference notes (including a note on primary source material and abbreviations used) from the link labeled Notes on the Contents page. The pdf of the Bibliography, linked on the Contents page contains full information on referenced books and articles. 
7. Lewin 1951, p. 169. 

8. Korzybski 1994 (1933), p. 761.

9. Korzybski 1994 (1933), p. 134.


9a. Perhaps "engineering method" might serve as a less misleading label than "scientific method" for Korzybski's ultimately practical methodology. 


< Part 2      Part 4 >


Sunday, January 11, 2015

Chapter 41 - What Had Alfred Wrought?: Part 2 - A System of Systems

Korzybski: A Biography (Free Online Edition)
Copyright © 2014 (2011) by Bruce I. Kodish 
All rights reserved. Copyright material may be quoted verbatim without need for permission from or payment to the copyright holder, provided that attribution is clearly given and that the material quoted is reasonably brief in extent.



He had a system, a set of related formulations focused on how we know what we ‘think’ we know. One of the quotations he had put at the start of his Preface came from the Talmud: “Teaching without a system makes learning difficult.” He had accepted that. Without the system, much of the data used in Science and Sanity could be considered “old hat” and many of its insights “commonsensical” or even “trivial”. Alfred had already admitted as much in the book, “One is amazed to find that ‘everything has already been said’, and that, to a large extent, these important, separated statements were inoperative.”(4) But if he had a sound system it would generalize the un-systematized data and wisdom of others and thus make it teachable as a method to promote time-binding. As he noted,
One of the human tragedies can be found in the fact that wise epigrams do not work. It takes a system which often expresses similar notions; but they must be expressed in a unified language of different structure to make them workable. (5) 
Korzybski’s unified language of “abstracting”, etc., necessarily had greater generality and this seemed key; it made his work a system in a sense that went beyond just a set of related formulations.*(6) It gave his non-aristotelian system—a theory about theories, a system about systems—generativity; it could be consciously used to construct new theories for a ‘scientific’ adult age—a new operating system for world culture, a foundation for a science of man. Even he felt astonished.
*Korzybski was presenting his non-aristotelian system as not only more general—at a higher level of abstraction—than any specific theory of the modern age, it also seemed more general as a system: it subsumed the more limited aristotelian system that underlay specific theories of the old and waning ‘childhood’ stage of at least 2000 years of Western science and civilization (and perhaps of so-called ‘primitive’ cultures and Eastern civilizations as well). 


Notes 
You may download a pdf of all of the book's reference notes (including a note on primary source material and abbreviations used) from the link labeled Notes on the Contents page. The pdf of the Bibliography, linked on the Contents page contains full information on referenced books and articles. 
4. Korzybski 1994 (1933), p. 408. 4. 

5. Korzybski 1994 (1933), p. 767. 

6. The often neglected discussions of doctrinal functions and system-functions in Science and Sanity seem especially pertinent here; consult the index of Science and Sanity. See in particular pp. 144 ff. 



< Part 1      Part 3 >

Saturday, January 10, 2015

Chapter 41 - What Had Alfred Wrought?: Part 1 - Introduction

Korzybski: A Biography (Free Online Edition)
Copyright © 2014 (2011) by Bruce I. Kodish 
All rights reserved. Copyright material may be quoted verbatim without need for permission from or payment to the copyright holder, provided that attribution is clearly given and that the material quoted is reasonably brief in extent.

‘You can ride a tiger; try to dismount.’ As Korzybski once noted to a seminar class, he knew this from personal experience—literally—although he had learned it from a young bull, not a tiger. As a boy of eighteen or nineteen, he had impulsively jumped a fence and grabbed the bull by the tail to impress a young lady visiting his family’s farm in Poland. The bull ran and Alfred couldn’t let go for fear of getting gored or trampled. The bull threw him off anyway and turned to attack him. Because of the bull’s flat forehead and widely spaced horns, Alfred escaped a goring by managing, again literally, to grab the bull by the horns. He tried to wrestle it to the ground as the bull pummeled him with its forehead. The bull threw him off, he slipped and fell, and he was only able to save himself by kicking the bull in the nose with the heel of one of his boots, which he wore with spurs attached. The girl, calling for help, attracted workers who ran and fended off the bull with pitchforks while Alfred scrambled back over the fence to safety.(1)  


By the time Science and Sanity came out in the fall of 1933, Alfred had been hanging on to a figurative bull by the tail for 13 years. He had leaped over the fence (encouraged by his ‘girl’) by writing Manhood. Once he had grabbed hold of the definition of man as time-binder he hadn’t let go until, in the new book, he had pinned down and elaborated— to some extent anyway—how time-binding worked. Maybe he hadn’t let go yet. Still he and Mira could now rightly feel somewhat pummeled by the tremendous effort they had both put forth. Alfred felt “thoroughly tired.”(2) 

It had taken him 12 years to bring together material from anthropology, biology, chemistry, epistemology, general history, history of science, logic, mathematics, neurology, physics, psychiatry, psychology, physiology, etc. With his reading, his massive working correspondence, as well as his research at St. Elizabeths, and his years of work with Graven, among other things, the writing of the book had dragged on. Just the amount of reading he had done seems staggering. A student of Alfred’s in the mid-1940s, W. Benton Harrison, once “...brashly asked him whether he had read all the books included in the bibliography of Science and Sanity (619 in the first edition, 100 additional in the second). With a quick look of surprise and even scorn, he replied ‘Certainly—and studied all of them and many articles not included’.”(3) Had it been worth it? He thought so.

Notes 
You may download a pdf of all of the book's reference notes (including a note on primary source material and abbreviations used) from the link labeled Notes on the Contents page. The pdf of the Bibliography, linked on the Contents page contains full information on referenced books and articles. 
1. Korzybski 1949. 

2. AK to Jean Rennie nee Huggins,10/10/1933. AKDA 26.232. 

3. Harrison, p. 408.