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Subject: Re: Kuhn - relevence to computer chess -

Author: leonid

Date: 09:54:36 11/08/00

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On November 08, 2000 at 11:23:04, Mogens Larsen wrote:

>On November 08, 2000 at 11:02:54, Joe Besogn wrote:
>
>Chris,
>
>Wouldn't it be easier to post a link or quote references instead of copying the
>text on the backcover? And you've already posted something similar once before.

Never mind! I found this message very interesting. Since I don't remember
previous one, I expect to find the reactions from other readers to the last one.
It will one of those very deep and sharp echanges that is so curious to read!

Leonid.

>Besides, development in revolutionary spasms is hardly a novelty. It's been a
>part of the theory of evolution for decades.
>
>Mogens.
>
>>Kuhn concluded early that the conventional textbooks on the history of science
>>were simply wrong, not so much about facts as about processes and sequences. No
>>science primarily develops in steady, small increments — tiny accruals of fact.
>>Science develops in revolutionary spasms, with periods of consolidation between.
>>Both before and after revolutionary changes, any given discipline has
>>overarching theories, some models, favorite metaphors, systems of symbolization.
>>These ways of thinking — Kuhn called them together paradigms — not only define
>>the discipline but can be used to explain most of the phenomena in which the
>>discipline is interested, as did Ptolemaic astronomy or the phlogiston theory.
>>
>>Most "normal science" is not engaged in radical innovations, lonely and heroic
>>explorations of the unknown. Most normal scientists work with the puzzles for
>>which the contemporary paradigm is applicable. Those puzzles for which the
>>paradigm does not apply are typically ignored or even denied to exist. But
>>sometimes these anomalies of explanation cannot be denied, either for pressing
>>general reasons (in which case several people are apt to create a new paradigm
>>almost simultaneously) or because some atypical scientist finds the climate
>>right for the acceptance of his ideas. Then a new paradigm is created, a new
>>system of thought, which explains more phenomena more parsimoniously and
>>elegantly. Often, Kuhn tells us, there ensues a battle between the
>>conservatives, the adherents to the old paradigm, and devotees of the new ways
>>of thinking. When one side or the other wins, they can return to their more
>>peaceful puzzle laboratories.
>>
>>A new paradigm amounts to seeing the theoretical structure of a scientific
>>discipline in some new and useful way. The effect, if innovation takes hold, is
>>revolutionary. If the revolution is a large one, the effector or effectors are
>>often dubbed geniuses, and previous geniuses become denigrated.



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