41. VIII.3. THOMAS S. KUHN Translate this page VIII.3. thomas S. kuhn. Aunque educado como físico, kuhn pronto sedesvió hacia el estudio de la historia. En el prefacio de su http://lectura.ilce.edu.mx:3000/sites/ciencia/volumen3/ciencia3/161/htm/sec_52.h

VIII.3. THOMAS S. KUHN Aunque educado como físico, Kuhn pronto se desvió hacia el estudio de la historia. En el prefacio de su famoso libro La estructura de las revoluciones científicas, publicado en 1962, Kuhn señala algunos aspectos de esa transición: Yo era un estudiante graduado de física teórica ya enfilado a la terminación de mi tesis. Una participación afortunada en un curso experimental de física para no científicos en un colegio me expuso por primera vez a la historia de la ciencia. Para mi completa sorpresa, tal exposición a teorías y prácticas científicas anticuadas socavó radicalmente algunas de mis ideas básicas sobre la naturaleza de la ciencia y las razones de su éxito especial... El resultado fue un cambio radical en los planes de mi carrera, de la física a la historia de la ciencia y de ahí, gradualmente, de problemas históricos relativamente bien definidos regresé a los intereses más filosóficos que inicialmente me condujeron a la historia... Kuhn ha sido profesor en las universidades de Harvard, California (Berkeley) y Chicago; actualmente es profesor de historia de la ciencia en la Universidad de Princeton. Su enorme y muy merecido prestigio se debe a su mencionado libro, en donde su contribución fundamental a la filosofía de la ciencia es la introducción de la historia como un elemento indispensable para su comprensión integral. Desde luego Kuhn no fue el primero en utilizar la historia de esa manera; ya hemos señalado que Whewell y Comte tenían esa misma posición, y que muchos otros filósofos de la ciencia, incluyendo al mismo Popper, usan en forma reiterada ejemplos histéricos en sus discusiones, aunque la mayoría de ellos sólo de manera anecdótica.

42. PSN: Jun96 : Tribute To Thomas S. Kuhn Tribute to thomas S. kuhn. http://csf.colorado.edu/mail/psn/jun96/0119.html

Tribute to Thomas S. Kuhn Messages sorted by: [ date ] [ thread ] [ subject ] [ author ] Next message: Bob Pankin: "Progressive methods course" Previous message: PorterK516@aol.com: "Re: List of Black Churches Burned and comment" Fri, 21 Jun 96 07:41:04 EDT T R. Young 34LPF6T@CMUVM.CSV.CMICH.EDU I would like to join those of our colleagues who pay tribute to Thomas Kuhn. In the face of death, we all are sad; in the fact of life, we still have hope. In this tribute, I would like to make two points. The first is an endorsement of the comment made by our good colleague, Mort Wenger. There is a political economy in which the philosophy of science is writ. In the case of Kuhn, it was as Wenger said, in a time of great social upheaval in which the verities of the past fell before the realities of the present. If I may expand upon the Wenger thesis a bit, I would point out that the advent of industrial capitalism and its great quest for sure and certain knowledge about metals, workers, soldiers and consumers which gave rise to both Stephen Hawking [as a result of the navigational need to study the stars and to know the heavens].

43. Joel Barker, Thomas Kuhn And Paradigms Chicago U. of Chicago Press, 1993. Q175. H88313 1993 kuhn, thomas S. The Structureof Scientific Revolutions. Chicago U. of Chicago Press, 1970. http://www.hq.nasa.gov/office/hqlibrary/ppm/ppm50.htm

Joel Barker, Thomas Kuhn and Paradigms Program/Project Management Resource List #50 Revised September 1994 Provided by the NASA Headquarters Library The modern study of paradigms began in The Structure of Scientific Revolutions by Thomas Kuhn in 1962 and has been continued in the books and videos of Joel Barker. A paradigm, according to Barker, is theory or dogma that establishes boundaries and regulations. Paradigms filter data and, as a result, often prevent anticipating new developments that come from outside the paradigm. "What today is impossible to do in your business, but if it could be done would fundamentally change what you do?" asks Joel Barker. This is crucial to understand because of Barker's "going back to Zero Rule": When a paradigm shifts everyone goes back to zero, your past success guarantees nothing. The Swiss invented the quartz movement watch, yet their paradigm for what a watch should be caused them to reject the new design. As a result, their market share fell from 80% in 1968 to less than 10% today. Their past success blinded them to the future of watch-making. Barker's books and videos explore many examples of the paradigm effect, including the airplane, telephone, radio, and xerox machine. These ideas were developed by people who were open to new concepts and new ways of looking at the world. As Joel Barker says in the conclusion to his video

44. Några Tankar Kring Thomas S Kuhn Om thomas S kuhns The Structure of Scientific Revolutions och Metateorieri Modern Vetenskap. Det tycker jag inte. Läs min kritik av thomas S kuhn. http://www.df.lth.se/~triad/papers/Kuhn.html

Om Thomas S Kuhn:s "The Structure of Scientific Revolutions" och Metateorier i Modern Vetenskap. Friedrich Nietzsches pragmatiska paradigm 1. Vad man skall iaktta 4. Hur svaren skall tolkas 1. Symboliska generaliseringar 4. Exempel teorier Isaac Newtons Principa anomalierna Ljuset utvecklats inom den fysiska vetenskapen. fotoner enbart en materia verkligheten axiom och teorierna kallas teorem bevisas . Ett tag trodde man att Bertrand Russel i Principa Matematica multipla paradigm fundament Detta sneglande från de "mjuka" vetenskapernas teoribildningar på de "hårda" vetenskapernas paradigmsystem har medfört att man även börjat titta på andra hållet: vad finns det för fördelar respektive nackdelar att använda multipla paradigm inom exempelvis naturvetenskaperna? Fysiken har, som jag demonstrerat, redan ett dubbelt betraktelsesätt vad avser materia och ljus, vilket gjort att framsynta fysiker börjat anamma en pragmatiskt holistisk filosofi där man kan anpassa paradigmen efter problemställningen. Detta har bland annat lett till den fascinerande upptäckten att man på (mycket) subatomär nivå kan betrakta materia som uppbyggd av tolvdimensionella strängar av ren information. (Detta är dock snarare metafysik än fysik i ordets vanliga bemärkelse.) Linus Walleij ALLT kritik av Thomas S Kuhn Tillbaka till Vetenskapligt Index

45. Libreria Paidos - Resultados De La Búsqueda Similar pages FT March 2000 thomas S. kuhn The Structure of Scientific First Things. thomas S. kuhn The Structure of Scientific Revolutions (1962).Daniel P. Moloney. Copyright (c) 2000 First Things 101 (March 2000) 5355. http://www.libreriapaidos.com/resulta.asp?criterio=autor&texto=KUHN, THOMAS S.

46. The New York Review Of Books: Thomas S. Kuhn Bibliography of books and articles by thomas S. kuhn, from The New YorkReview of Books. The New York Review of Books thomas S. kuhn. http://www.nybooks.com/authors/4085

@import "/css/default-b.css"; Home Your account Current issue Archives ... NYR Books Thomas S. Kuhn February 19, 1981 REPRESSION IN LATIN AMERICA December 4, 1980 THE NEW PLIGHT OF THE PRAXIS PROFESSORS Home Your account Current issue ... NYR Books with any questions about this site. The cover date of the next issue of The New York Review of Books will be May 1, 2003.

47. Thomas S. Kuhn Translate this page 2. ¿Cuál de las siguientes es una obra de kuhn? 9. kuhn mantiene antela ciencia una postura objetivista no objetivista realista. 10. http://www.cibernous.com/autores/kuhn/praxis/test/tekuhn.html

1. Un paradigma es: un modelo para una comunidad científica unos supuestos objetivos aceptados por una comunidad científica. un modelo de problemas y soluciones para cada investigador 2. ¿Cuál de las siguientes es una obra de Kuhn? "La Anomalía" "La Racionalidad Científica" " La Revolución Copernicana" 3. Una Comunidad científica es aquella que: comparte un mismo paradigma justifica sus propios principios y conceptos utilizados en su campo. Participa en la misma investigación sin compartir el mismo paradigma. 4. La "Ciencia Normal" se apoya en un paradigma que no es puesto en duda. Esta afirmación es: falsa verdadera ninguna de las dos respuestas es correcta. 5. A los resultados y problemas no previstos por el científico los denominó Kuhn: anomalías enigmas errores 6. Cuando la naturaleza transgrede los límites de un paradigma estamos ante: una falacia un antiparadigma una anomalía 7. Una anomalía que provoca un cambio de paradigma supone: Una vuelta al paradigma anterior Una revolución científica un perfeccionamiento del modelo científico vigente.

48. Thomas S Kuhn Translate this page Para restaurar el verdadero significado de lo que es la Ciencia, kuhn se fijarácon especial atención en el proceso de aprehensión de ésta por el estudioso http://www.cibernous.com/autores/kuhn/teoria/introduccion/elementos.html

ELEMENTOS BÁSICOS PARA UNA TEORÍA DE LAS REVOLUCIONES CIENTÍFICAS P ara restaurar el verdadero significado de lo que es la Ciencia, Kuhn se fijará con especial atención en el proceso de aprehensión de ésta por el estudioso que quiere dedicarse a su investigación. La Ciencia no es un proceso de acumulación de descubrimientos e inventos científicos que se realiza de una forma lineal desde un pasado borroso hasta nuestros días. Antes bien, ésta idea ha sido inculcada a los profesionales y estudiantes de la disciplina como consecuencia de la mala interpretación y enseñanza de los hechos científicos plasmados en los libros de texto. Así se nos hace partícipes de la errónea concepción de que las realizaciones científicas actuales son la herencia de una serie de conceptos y hallazgos, unidos y transformados mediante una cuidadosa depuración de la que se han ido desechando, a lo largo del tiempo, todas aquellas cosas que hoy se definen como inservibles e ingenuas. Esta imagen de la Ciencia, como un gran recipiente, ha desfigurado lo que es verdaderamente el transcurrir de la Ciencia.

49. 020011-A: The Structure Of Scientific Revolutions: The History Of Knowledge (Spr influence. Primary Text, kuhn, thomas S. The Structure of ScientificRevolutions, paperback (University of Chicago Press) * Q175. K95 http://www.iu-bremen.de/courses/Spring_2003/usc/020011/A/

Contact SiteMap Search: Deutsch ... Home Campus Resources: Calendar Directory IRC/Library Bookstore ... Working at IUB Course Catalogue Spring 2003 University Studies Courses The Structure of Scientific Revolutions: The History of Knowledge Seminar Course Number 020011-A Instructor(s) Stefan Tautz, Ph.D. , Professor of Physics Dr. Paul Nolte , Professor of History Type not specified Course Description Where does “knowledge” in the sciences come from, and under what circumstances does it grow? Some forty years ago, philosopher of science Thomas S. Kuhn suggested a new model describing the generation of knowledge in the sciences: In his famous book “The Structure of Scientific Revolutions,” Kuhn suggested that scientific knowledge did not grow cumulatively over the centuries, as many had believed before (and some still do). According to Kuhn, the history of any scientific subject often followed a rather unsteady path, on which periods of “normal (cumulative) science” alternated with periods of dramatic “scientific revolutions” or “paradigm shifts.” During these revolutions, the respective sciences were usually shaken to their foundations, culminating in the appearance of a completely new mode of thinking (e.g., the Copernican Revolution). Still today, Kuhn’s thesis is hotly debated among scientists, historians and philosophers. In this University Studies Course, we will (1) take a close look at Kuhn’s original thesis and his model of knowledge generation, (2) embark on a few case studies of progress and innovation in physics (and possibly other fields) in order to check the validity of Kuhn’s model, (3) discuss some central positions in the controversies about Kuhn. This seminal book has certainly provoked a profound change in the debate about the history of sciences. In fact, some would argue that the book itself has produced a paradigm shift in its field.

50. Reconstructing Scientific Revolutions : Thomas S. Kuhn's Philosophy Of Science P Reconstructing Scientific Revolutions thomas S. kuhn's Philosophyof Science Paperback 310 pages (May 1993). http://www.data4all.com/list/500/512000/0226355519

Reconstructing Scientific Revolutions : Thomas S. Kuhn's Philosophy of Science Paperback - 310 pages (May 1993) Information, reviews, pricing for Reconstructing Scientific Revolutions : Thomas S. Kuhn's Philosophy of Science Paperback - 310 pages (May 1993) The Road Since Structure : Philosophical Essays, 1970-1993, With an Autobiographical Interview Thomas Kuhn and the Science Wars Thomas Kuhn : A Philosophical History for Our Times

51. Libreria Paidos - Resultados De La Búsqueda Translate this page procesando nueva búsqueda Usted buscó Autor kuhn, thomas S. comprar. por kuhnthomas S. 4 . TENSION ESENCIAL, LA (ESTUDIOS SELECTOS SOBRE LA TRADICION Y. http://www.libreriapaidos.com.ar/resulta.asp?criterio=autor&texto=KUHN, THOMAS S

52. The Structure Of Scientific Revolutions By Thomas S. Kuhn, An Evolution Of Consc A READER'S TREASURY The Structure of Scientific Revolutions by thomas S. KuhnPublished by University of Chicago Press/IL in 1970 Book Review by Bobby http://www.doyletics.com/art/tsosrart.htm

A READER'S TREASURY The Structure of Scientific Revolutions by Thomas S. Kuhn Published by University of Chicago Press/IL in 1970 "); // End > Search the Web   The first edition of this book was published in 1962, within a month or so of my graduation from college in physics. It took me about 15 years to locate this book and about 15 minutes to realize how important it was to me as a scientist. Kuhn explained to me things that had puzzled me from the time that I outgrew my textbooks in physics and the other sciences. How was it that the major innovators in the sciences, men like Galileo, Newton, Dalton, and Einstein, were able to create their new ideas about the physical world? The textbooks made their discoveries sound so simple and logical that their discoveries seemed to be easily deducible from the state of science as they found it in their time. And yet their discoveries were amazing. How does one reconcile these two contradictory ideas? Kuhn laid it out for me like a "patient etherized on a table" readily available for inspection. By the time I began to read Kuhn, I had studied the Gestalt psychologists who pointed out how we can look at the drawing of stacked cubes such as the ones on the book cover above and see a particular cube as coming out from the page or going into the page. I had read Benjamin Whorf's hypothesis and speculations about the effects of language on one's world view. Also I had encountered the story of Bruner and Postman's experimental results with the "red six of spades and black four of hearts" stuck into a deck of otherwise normal cards. Kuhn built upon these and other ideas to create the idea of a "paradigm" which represents an exemplar of a key experiment in science like Galileo's dropping of a heavy and light weight from the Tower of Pisa to demonstrate that they both fell at the same rate of speed or Michelson-Morley experiment that established the non-existence of a material ether through which light travels. This was one of meanings Kuhn used for paradigm.

53. Thomas S. Kuhn Gestorben PrevNextIndex thomas S. kuhn gestorben. To register@hhobel.phl.univie.ac.at;Subject thomas S. kuhn gestorben; From Helge.Schalk@rz.ruhruni-bochum.de; http://hhobel.phl.univie.ac.at/regarch/0696/msg00030.html

[Prev] [Next] [Index] Thomas S. Kuhn gestorben To register@hhobel.phl.univie.ac.at Subject : Thomas S. Kuhn gestorben From Helge.Schalk@rz.ruhr-uni-bochum.de Date : Fri, 21 Jun 1996 11:09:23 +0000 Comments Priority : normal Reply-To register@hhobel.phl.univie.ac.at Sender owner-register@hhobel.phl.univie.ac.at Prev: Next: Thomas S. Kuhn gestorben Index: Mail Index

54. Thomas S. Kuhn: Die Struktur Wissenschaftlicher Revolutionen Translate this page SEKUNDÄRLITERATUR Flor, Jan Riis thomas S. kuhn. Entwicklung durchRevolutionen (in Hügli/Lübcke Philosophie im 20. Jahrhundert http://www.tobias-elze.de/vortr/kuhn.htm

Wissenschaftliche Entwicklung durch Revolutionen I. Einleitung Wissenschaft lange als "objektiv" gesehen Kuhn: verwirft dieses Modell um aufgrund von Analyse der Wissenschaftsgeschichte II. Biographie III. The Structure of Scientific Revolutions (Die Struktur wissenschaftlicher Revolutionen) 1. Introduction wissenschaftliche Gemeinschaft kommt nicht ohne eine weltanschauliche Grundlage noch ohne Elemente des Glaubens aus 2. The Route to Normal Science Begriff der " normalen Wissenschaft Bsp.: Physik 'Paradigmata' wie entstehen Paradigmata, und wie kommt es zu wissenschaftlichen Revolutionen? verschiedene vorparadigmatische Schulen wetteifern um Ansehen nach Konkurrenzkampf etabliert sich eine dieser Schulen und schafft ein Paradigma Paradigma bildet aus Gruppen Wissenschaftsdisziplinen Laien finden keinen Zugang mehr The Nature of Normal Science "Normale Wissenschaft" besteht darin, diesem Erfolg nachzustreben normale Wissenschaft will keineswegs neue Theorien entwickeln; Dinge, die nicht in die Schublade passen, werden zumeist ignoriert Normal Science as Puzzle-solving The Priority of Paradigms in Spezialgebieten und Untergruppen einer Wissenschaft kann es verschiedene Paradigmata geben eine Revolution kann stattfinden, die von anderen Untergebieten kaum beachtet wird

55. Selections From Thomas S. Kuhn At Conservativeforum.org thomas S. kuhn 1922 1996. Physicist, philosopher, and science historian,professor at Harvard, University of California-Berkley http://www.conservativeforum.org/authquot.asp?ID=1214

56. Fondo De Cultura Económica: Autor Kuhn, Thomas S. Translate this page Autores, » kuhn, thomas S. La tensión esencial. Estudios sobre la tradicióny el cambio en el ámbito de la ciencia kuhn, thomas S. http://www.fce.com.ar/autores.asp?AUT=606

57. MetaXearch > Society Philosophy Philosophers Kuhn, Thomas S. MetaXearch / Philosophy / Philosophers / kuhn, thomas S. /. Amsterdam,Free University Master's Thesis by Marko Barendregt This http://www.metaxearch.com/en/odp/Society/Philosophy/Philosophers/Kuhn,_Thomas_S.

Adult filter: On Search: MetaXearch Philosophy Philosophers Kuhn, Thomas S. ... Amsterdam, Free University: Master's Thesis by Marko Barendregt This paper examines two influential philosophical approaches of scientific theories: the ideas of Thomas Kuhn and the Structuralist approach of science. Both approaches are described in detail, before an analysis will be made of the common ground of the two approaches. Essay by James Franklin "Thomas Kuhn's irrationalism", discusses the role of Kuhn's philosophy in the humanities Essay by Arthur M. Young. Essay titled: "Has There Ever Been a Paradigm Shift?" Essay by Andreas Ehrencrona Essay about Kuhn's "The Structure of Scientific Revolutions" Chapter from "Structure of Scientific Revolutions" Crucial chapter from Kuhn's famous book outlining how sciences is forced to go through a paradigm-shift, and see the world in terms of a new theory and new concepts. Essay by Imran Javaid Thomas Kuhn: Paradigms Die Hard Outline by Professor Frank Pajares Outline of Thomas Kuhn's Structure of Scientific Revolutions Essay by Tim Healy Thomas Kuhn Encyclopædia Britannica Entry to Thomas Kuhn in the Encyclopædia Britannica The New York Times Newspaper article about Thomas Kuhn's death in 1996 Beginner's Guide to Research in the History of Science Thomas Kuhn's Theory of Scientific Revolutions The Tech (MIT) Article about Kuhn's death Essay by Malcolm R. Forster

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59. TecaLibri: Thomas S. Kuhn: La Tensione Essenziale Translate this page Copertina, http://web.infinito.it/utenti/t/tecalibri/K/KUHN-T_tensione.htm

Autore Thomas S. Kuhn Titolo La tensione essenziale Sottotitolo Edizione Einaudi, Torino, 1985, Paperbacks 163 , pag. 390, dim. 125x205x28 mm , Isbn 88-06-58396-4 Originale The Essential Tension Edizione University of Chicago Press, Chicago, 1977 Traduttore Mario Vedacchino, Alberto e Giuliana Conte, Giulio Giorello Classe epistemologia scienze naturali filosofia Indice Pagina VII Prefazione Le mie idee in merito iniziarono a chiarirsi nel 1947, quando mi fu chiesto di soprassedere per un certo periodo ai programmi di ricerca in fisica che avevo in corso, per preparare una serie di lezioni sulle origini della meccanica del XVII secolo. Dovevo, a questo scopo, analizzare quello che i predecessori di Galileo e Newton conoscevano sull'argomento e le indagini iniziali mi condussero presto alle discussioni riguardanti il moto contenute nella Physica Le monde, Le relazioni tra la storia e la filosofia della scienza. Tre dei restanti cinque saggi della prima parte non richiedono che una semplice menzione. Il lavoro Concetti di causa nello sviluppo della fisica Scheda con 19766 bytes di citazioni.

60. TecaLibri: Thomas S. Kuhn: La Tensione Essenziale Translate this page thomas S. kuhn La tensione essenziale scheda opere TecaLibri. http://web.infinito.it/utenti/t/tecalibri/K/KUHN-T_tensioneC.htm

Thomas S. Kuhn: La tensione essenziale scheda opere TecaLibri

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