Difficile Est Transferre Hanc Sententiam Latinam in Anglicam: the Depth and Charm
Total Page:16
File Type:pdf, Size:1020Kb
Load more
Recommended publications
-
Douglas Hofstadter 18
A L B E R T U S - M A G N U S - P R O F E S S U R 2 0 1 8 Douglas Hofstadter 18. – 20. JUNI «Reflections on Translation» MONTAG, 18. JUNI, 19.30 UHR, AULA DER UNIVERSITÄT (HAUPTGEBÄUDE): 1. Vorlesung: «Reflections on Machine Translation» DIENSTAG, 19. JUNI, 19.30 UHR, AULA DER UNIVERSITÄT (HAUPTGEBÄUDE): 2. Vorlesung: «Reflections on Human Translation» MITTWOCH, 20. JUNI, 12.00 UHR, TAGUNGS- RAUM IM SEMINARGEBÄUDE Öffentliches Seminar Albertus MagnusProfessur (Teilnahme nur nach vorheriger Anmeldung) a.r.t.e.s. Graduate School for the Humanities Cologne Graduiertenschule der Philosophischen Fakultät Albertus MagnusProfessur Douglas R. Hofstadter College of Arts and Sciences Distinguished Gestaltung: Ulrike Ulrike Kersting Gestaltung: Professor of Cognitive Science and Computer Science (Indiana University Bloomington) Douglas R. Hofstadter, College of Arts and Sciences Distinguished Professor of Cognitive Science and Computer Science, Adjunct Professor in Compara- tive Literature und Direktor des Center for Research on Concepts and Co- gnition an der Indiana University Bloomington versteht sich selbst als einen Grenzgänger zwischen Natur- und Geisteswissenschaften, zwischen Physik, Mathematik und Computer Science auf der einen und Musik-, Sprach- und Literaturwissenschaft auf der anderen Seite. Im Mittelpunkt seines Interes- ses als Physiker und Kognitionswissenschaftler steht «the human mind» in all ihren Facetten. Einer breiten Öffentlichkeit bekannt wurde Hofstadter Anfang der 80er Jahre durch sein in viele Sprachen übersetztes Buch «Gödel, Escher, Bach: ein Endloses Geflochtenes Band», für das er den Pulitzer-Preis und den Ame- rican Book Award gewann. Auch in den Folgejahren explorierte Hofstadter die Facetten menschlichen Denkens im Spannungsfeld von Mathematik, Musik und Sprache. -
Analogy As the Core of Cognition
Analogy as the Core of Cognition by Douglas R. Hofstadter Once upon a time, I was invited to speak at an analogy workshop in the legendary city of Sofia in the far-off land of Bulgaria. Having accepted but wavering as to what to say, I finally chose to eschew technicalities and instead to convey a personal perspective on the importance and centrality of analogy-making in cognition. One way I could suggest this perspective is to rechant a refrain that I’ve chanted quite oft in the past, to wit: One should not think of analogy-making as a special variety of reasoning (as in the dull and uninspiring phrase “analogical reasoning and problem-solving,” a long-standing cliché in the cognitive-science world), for that is to do analogy a terrible disservice. After all, reasoning and problem-solving have (at least I dearly hope!) been at long last recognized as lying far indeed from the core of human thought. If analogy were merely a special variety of something that in itself lies way out on the peripheries, then it would be but an itty- bitty blip in the broad blue sky of cognition. To me, however, analogy is anything but a bitty blip — rather, it’s the very blue that fills the whole sky of cognition — analogy is everything, or very nearly so, in my view. End of oft-chanted refrain. If you don’t like it, you won’t like what follows. The thrust of my chapter is to persuade readers of this unorthodox viewpoint, or failing that, at least to give them a strong whiff of it. -
I Am a Strange Loop by DOUGLAS HOFSTADTER
I am a Strange Loop by DOUGLAS HOFSTADTER Outline, Highlights, & Discussion Topics Judging a Book by its Cover (or dust jacket) What do we mean when we say “I”? Can a self, a soul, a consciousness, an “I” arise out of mere matter? If it cannot, then how can you or I be here? If it can, then how can we understand this baffling emergence? Deep down, a human brain is • a chaotic seething soup of particles, • on a higher level it is a jungle of neurons, • and on a yet higher level it is a network of abstractions that we call “symbols”. The most central and complex symbol in your brain or mine is the one we both call “I”. An “I” is a strange loop in a brain where symbolic and physical levels feed back into each other and flip causality upside down, with symbols seeming to have free will and to have gained the paradoxical ability to push particles around, rather than the reverse. For each human being, this “I” seems to be the realest thing in the world. But how can such a mysterious abstraction be real — or is our “I” merely a convenient fiction? Does an “I” exert genuine power over the particles in our brain, or is it helplessly pushed around by the all- powerful laws of physics? How do we mirror other beings inside our mind? Can many strange loops of different “strengths” inhabit one brain? If so, then a hallowed tenet of our culture — that one human brain houses one human soul — is an illusion. -
THE BIOLOGICAL PHYSICIST the Newsletter of the Division of Biological Physics of the American Physical Society Vol 2 No 6 Feb 2003
THE BIOLOGICAL PHYSICIST The Newsletter of the Division of Biological Physics of the American Physical Society o Vol 2 N 6 Feb 2003 DIVISION OF BIOLOGICAL PHYSICS EXECUTIVE COMMITTEE In this Issue Chair FEATURE Robert Austin An Eternal Golden Braid: [email protected] A Conversation with Douglas Hofstadter Immediate Past Chair Sonya Bahar…………….……………………………..…..2 Mark Spano [email protected] FEATURE Chair-Elect Mentoring: Raymond Goldstein A la carte is better than nothing [email protected] Kathy Barker………………………...……………..….8 Secretary/Treasurer Paul Gailey [email protected] See you in Austin! APS Councilor Robert Eisenberg [email protected] At-Large Members: Andrea Markelz [email protected] Leon Glass [email protected] Sergey Bezrukov [email protected] Lewis Rothberg [email protected] Ken Dill [email protected] Angel Garcia [email protected] Newsletter Editor Sonya Bahar [email protected] Website Coordinator Dan Gauthier [email protected] Jazz Scribble by Douglas Hofstadter See Page 2 1 An Eternal Golden Braid: A Conversation with Douglas Hofstadter Sonya Bahar proved to be inextricably folded into the very heart of mathematics, and also akin to the In 1980, recalls Douglas Hofstadter in the "loopy" processes that give rise to self- preface to the 20th-anniversary Edition of his replicating molecules, a familiar theme to classic work Gödel, Escher, Bach: an Eternal biophysicists. Golden Braid, “when GEB [Gödel, Escher, Bach] found itself for a while on the bestseller The key to the unraveling -
Brief Autobiographical Statement by Douglas Hofstadter • December, 2014
Brief Autobiographical Statement by Douglas Hofstadter • December, 2014 I was born in Manhattan in 1945, and spent the years 1947–1950 with my parents in Princeton, New Jersey. In 1950, our family moved to Stanford, California, where I grew up. We spent one year (1958–1959) in Geneva, Switzerland, which revolutionized my life, giving me a mastery of French and a love for other cultures and languages. I attended Stanford University in 1961–1965, receiving my B.S. with Distinction in mathematics. I obtained my Ph.D. in theoretical solid-state physics from the University of Oregon in 1975. I have held faculty positions at Indiana University, Bloomington (1977–1984 and 1988–present) and at the University of Michigan in Ann Arbor (1984–1988). Today at Indiana University, I enjoy the honor of being called “College of Arts and Sciences Distinguished Professor of Cognitive Science and Comparative Literature”. As a math undergraduate at Stanford in the early 1960s, I explored many kinds of integer sequences, including a family that recently was dubbed “meta-Fibonacci recursions”, and which has been carefully studied by a handful of number-theorists around the world. A few years later in math graduate school at Berkeley, I was shocked to discover that I had hit my abstraction ceiling in math, and as a consequence, I wound up taking a pretty risky leap into particle physics at the University of Oregon in Eugene. After some five years of intense struggle in that area of physics, I bailed out in despair, this time riskily leaping to solid-state physics.