41. John Von Neumann: Genius Of Man And Machine - A Biography Biography describing his life and work, along with links to additional resources. http://www.rit.edu/~drk4633/vonNeumann/index.html

Daniel R. Kunkle Student of Computer Science - Artificial Life and Intelligence kunkle@mail.rit.edu homepage of Daniel Kunkle John von Neumann: Genius of Man and Machine Early Life and Education in Budapest In 1903, Budapest was growing rapidly, a booming, intellectual capital. It is said that the Budapest that von Neumann was born into "was about to produce one of the most glittering single generations of scientists, writers, artists, musicians, and useful expatriate millionaires to come from one small community since the city-states of the Italian Renaissance." Indeed, John von Neumann was one of those who, through his natural genius and prosperous family, was able to excel in the elitist educational system of the time. At a very young age, von Neumann was interested in math, the nature of numbers and the logic of the world around him. Even at age six, when his mother once stared aimlessly in front of her, he asked, "What are you calculating?" thus displaying his natural affinity for numbers. The young von Neumann was not only interested in math, though. Just as in his adult life he would claim fame in a wide range of disciplines (and be declared a genius in each one), he also had varying interests as a child. At age eight he became fascinated by history and read all forty-four volumes of the universal history, which resided in the family’s library. Even this early, von Neumann showed that he was comfortable applying his mind to both the logical and social world.

42. NIC Series Volume 3: Modern Methods And Algorithms Of Quantum Chemistry - Procee From a 2000 conference sponsored by the john von neumann Institute for Computing. http://www.fz-juelich.de/nic-series/Volume3/Volume3.html

NIC Series Volume 3 NIC Series Volume 3: Modern Methods and Algorithms of Quantum Chemistry Proceedings, Second Edition Johannes Grotendorst (Editor) Winterschool, 21 - 25 February 2000, ISBN 3-00-005834-6 December 2000, 638 pages Preface J. Grotendorst HTML Industrial Challenges for Quantum Chemistry PostScript PDF Ab Initio Treatment of Large Molecules PostScript PDF Parallel Programming Models, Tools and Performance Analysis PostScript PDF Basic Numerical Libraries for Parallel Systems PostScript PDF Tools for Parallel Quantum Chemistry Software Thomas Steinke, ZIB, Berlin PostScript PDF Ab Initio Methods for Electron Correlation in Molecules Peter Knowles, University of Birmingham, United Kingdom PostScript PDF R12 Methods, Gaussian Geminals Wim Klopper, Utrecht University PostScript PDF Direct Solvers for Symmetric Eigenvalue Problems Bruno Lang, RWTH Aachen PostScript PDF Semiempirical Methods PostScript PDF Hybrid Quantum Mechanics/Molecular Mechanics Approaches Paul Sherwood, Daresbury Laboratory, United Kingdom PostScript PDF Subspace methods for Sparse Eigenvalue Problems PostScript PDF Computing Derivatives of Computer Programs PostScript PDF Ab initio Molecular Dynamics: Theory and Implementation PostScript PDF Relativistic Electronic-Structure Calculations for Atoms and Molecules PostScript PDF Effective Core potentials PostScript PDF Molecular Properties PostScript PDF Tensors in Electronic Structure Theory: Basic Concepts and Applications to Electron Correlation Models Martin Head-Gordon, Michael Lee, Paul Maslen, Troy van Voorhis, Steven Gwaltney, University of California at Berkeley, USA

43. John Von Neumann Brief biography along with details of a number of areas he worked in. http://www.santafe.edu/~shalizi/notebooks/von-neumann.html

Notebooks John von Neumann (19031957) (Tue May 6 14:36:32 1997) Johnny, as it seems everyone called him, was one of those people who are so bright it's hard to believe they were human. (Maybe he wasn't. There's an old joke about the Fermi Paradox, a problem which occured to Enrico Fermi one day at Los Alamos: where are They? If there are intelligent aliens out there in the universe, why aren't they here yet? A million years is nothing, as the universe reckons things, but, judging from our own track-record, a species only that much older than us would have technology which would blow our minds, pretty close to limits set by physical laws. Leo Szilard is supposed to have answered Fermi: ``Maybe they're already here, and you just call them Hungarians.'') About the only large current of the natural sciences in this century which von Neumann's work has not added to is molecular biology. Almost everything else of any signficance he touched: mathematical logic ; pure math ; quantum physics computing (which, as we know it, is largely his invention), cybernetics and automata theory; the

44. John Von Neumann Indeed, in the 1940s, john von neumann observed those tubes can perform Yes orNo logic. Click here for future computers. john von neumann (1903 1957). http://www.physics.umd.edu/robot/neum/compu.html

Computer Chronology Everybody comes to this world with ten fingers. Those fingers are the most valuable computers. Can you operate your PC or laptop without your fingers? This lady knows how valuable they are. Some years ago, Chinese invented sophisticated fingers that can deal with numbers greater than ten. This is the Russian variation of the abacus. I obtained this computer while I was in Moscow in 1991. About 150 years ago, French artillery men invented this computer which can perform multiplication by addition. I still use the smaller (pocket sized) slide rule when I go to restaurants with my friends. I have to add 15-percent tip to the total bill (multiply by 1.15) and divide it by the number of people. This is a vacuum-tube circuit. I used to like vacuum tubes when I was a high-school student, and I was able to write an article about Marconi and Sarnoff three months ago. Indeed, in the 1940s, John von Neumann observed those tubes can perform "Yes or No" logic. We all know what happened since then. Richard Feynman was intensely interested in communicating with the nature. He was of course interested in the language of quantum mechanics.

45. NIC Series Volume 2: Modern Methods And Algorithms Of Quantum Chemistry - Poster From a 2000 conference sponsored by the john von neumann Institute for Computing. http://www.fz-juelich.de/nic-series/Volume2/Volume2.html

NIC Series Volume 2 NIC Series Volume 2: Modern Methods and Algorithms of Quantum Chemistry Poster Presentations Johannes Grotendorst (Editor) Winterschool, 21 - 25 February 2000, ISBN 3-00-005746-3 Februar 2000, 77 pages out of print Preface J. Grotendorst HTML Efficient Real-Space Approach to TDDFT for the Dielectric Response of Periodic Systems F. Kootstra, P.L. de Boeij, J.G. Snijders PDF Theoretical Computations of Transition Metal NMR Chemical Shifts PDF Theoretical Studies on the Higher Oxidation States of Iron M. Atanasov PDF Oxydation of Methanol to Formaldehyde on V O Investigated by Density Functional Theory P. Boulet, F. Gilardoni, J. Weber, H. Chermette, A. Baiker, J.-C. Volta PDF Reactivity of NO and (NO) on Cu(110) D. Voukelatos, P.J. Knowles PDF Gas-Phase Reactions of X M-NCR and X M-CNR Donor-Acceptor Complexes (M=Al,Ga;X=H,Cl,CH ;R=H,CH A.Y. Timoshkin, H.F. Schaefer III PDF DFT Calculations for Planning the Synthesis of More Efficient Devices Performing Artificial Photosynthesis G. Albano, P. Belser, C. Daul PDF The fitting of Auxiliary Basis Sets to Electron Densities A. Lloyd

46. Howard Rheingold's | Tools For Thought By Howard Rheingold. Online copy of well known 1985 book on the invention of modern computing; this chapter on john von neumann, nuclear bombs, early computers. Newer (c)2000 edition of the book is out, with followup interviews. http://www.rheingold.com/texts/tft/4.html

Tools for Thought by Howard Rheingold April, 2000: a revised edition of Tools for Thought is available from MIT Press , including a revised chapter with 1999 interviews of Doug Engelbart, Bob Taylor, Alan Kay, Brenda Laurel, and Avron Barr. The idea that people could use computers to amplify thought and communication, as tools for intellectual work and social activity, was not an invention of the mainstream computer industry or orthodox computer science, nor even homebrew computerists; their work was rooted in older, equally eccentric, equally visionary, work. You can't really guess where mind-amplifying technology is going unless you understand where it came from. - HLR Chapter One : The Computer Revolution Hasn't Happened Yet Chapter Two : The First Programmer Was a Lady Chapter Three : The First Hacker and his Imaginary Machine Chapter Four : Johnny Builds Bombs and Johnny Builds Brains Chapter Five : Ex-Prodigies and Antiaircraft Guns Chapter Six : Inside Information Chapter Seven : Machines to Think With Chapter Eight : Witness to History: The Mascot of Project Mac Chapter Nine : The Loneliness of a Long-Distance Thinker Chapter Ten : The New Old Boys from the ARPAnet Chapter Eleven : The Birth of the Fantasy Amplifier Chapter Twelve : Brenda and the Future Squad Chapter Thirteen : Knowledge Engineers and Epistemological Entrepreneurs Chapter Fourteen : Xanadu, Network Culture, and Beyond

47. John Von Neumann From FOLDOC von neumann, john . john von neumann. person /jon von noy'mahn/Born 190312-28, died 1957-02-08. A Hungarian-born mathematician http://wombat.doc.ic.ac.uk/foldoc/foldoc.cgi?von Neumann, John

48. MITECS: Von Neumann, John von neumann, john. john von neumann was born in Hungary in 1903 anddied in the United States in 1957. He was without doubt one of http://cognet.mit.edu/MITECS/Articles/cowan.html

von Neumann, John John von Neumann was born in Hungary in 1903 and died in the United States in 1957. He was without doubt one of the great intellects of the century, and one of its most distinguished mathematicians. At the time of his death he was a member of the Institute for Advanced Study, at Princeton, New Jersey. See also ARTIFICIAL LIFE COGNITIVE ARCHITECTURE FORMAL SYSTEMS, PROPERTIES OF RATIONAL CHOICE THEORY ... WIENER Additional links Implementation of the John von Neumann Universal Constructor John von Neumann Jack D. Cowan References McCulloch, W. S., and W. H. Pitts. (1943). A logical calculus of the ideas immanent in nervous activity. Bul. Math. Biophys. Von Neumann, J. (1951). The general and logical theory of automata. In L. A. Jeffress, Ed., Cerebral Mechanisms in Behavior The Hixon Symposium, September 1948, Pasadena, CA. New York: Wiley, pp. 1-31. Von Neumann, J. (1956). Probabilistic logics and the synthesis of reliable organisms from unreliable components. In C. E. Shannon and J. McCarthy, Eds., Automata Studies.

49. ISCID - John Von Neumann All content © 20012003 ISCID. About john von neumann. john von neumann was bornin Budapest Hungary on December 28th, 1903. Quotations from john von neumann. http://www.iscid.org/vonneumann.php

About John von Neumann John von Neumann was born in Budapest Hungary on December 28th, 1903. Von Neumann's genius showed through early on in his childhood. At the age of six he was already showing an interest in math and was able to exchange jokes with his father in classical Greek. By the age of eight he became fascinated with history and read all forty-four volumes of the universal history, which resided in the family’s library. John von Neumann received his early education at the Lutheran Gymnasium under the tutelage of Michael Fekete with whom he published his first paper at the age of eighteen. Von Neumann studied chemistry at the University of Berlin, until 1923 when he went to Technische Hochschule in Zurich where he received his diploma in Chemical Engineering in 1925. Von Neumann subsequently received his doctoral degree in Mathematics in 1928 from the University of Budapest at the age of twenty-two. His dissertation topic was set theory. Near the end of 1929, von Neumann was offered a visiting lectureship on quantum theory at Princeton University and by 1931 he was appointed full-time professor. In 1933 he was asked to be one of the original six Professors of Mathematics at the newly founded Institute for Advanced Studies at Princeton. He retained this position for the rest of his life.

50. Neumann, John Von , Cientificos, Famosos, Biografia, Bibliografia, Ciencia Y Tec Translate this page Completa Biografía de neumann, john von su vida, su trabajo, su legado, conenlaces relacionados. neumann, john von. Biografía de neumann, john von, http://www.geocities.com/CollegePark/Plaza/4692/neumann.html

Neumann, John von Biografía de Neumann, John von Neumann, John von (1903-1957), matemático estadounidense nacido en Hungría, que desarrolló la rama de las matemáticas conocida como teoría de juegos. Nació en Budapest y estudió en Zurich y en las universidades de Berlín y Budapest. Viajó a Estados Unidos en 1930 para unirse al claustro de la Universidad de Princeton. A partir de 1933 se incorporó al Instituto de Estudios Avanzados de Princeton (Nueva Jersey). Adquirió la nacionalidad estadounidense en 1937 y durante la II Guerra Mundial ejerció como asesor en el proyecto de la bomba atómica de Los Álamos. En marzo de 1955 fue nombrado miembro de la Comisión de Energía Atómica de los Estados Unidos. Von Neumann fue un gran matemático. Destacó por sus aportaciones fundamentales a la teoría cuántica, especialmente el concepto de anillos de operadores (actualmente conocido como álgebra de Neumann) y también por su trabajo de iniciación de las matemáticas aplicadas, principalmente la estadística y el análisis numérico. También es conocido por el diseño de computadoras electrónicas de gran velocidad y en 1952 diseñó la primera computadora que utilizaba un programa archivado flexible, el MANIAC I. En 1956, la Comisión de Energía Atómica le concedió el premio Enrico Fermi por sus notables aportaciones a la teoría y al diseño de las computadoras electrónicas. Comentarios, quejas y sugerencias al E-MAIL:

51. Von Neumann, John von neumann, john. john von neumann, b. Dec. 28, 1903, d. Feb. 8,1957, was a HungarianAmerican mathematician who made important http://euler.ciens.ucv.ve/English/mathematics/neumann.html

von Neumann, John In 1930, von Neumann journeyed to the United States, becoming a visiting lecturer at Princeton University; he was appointed professor there in 1931. He became one of the original six mathematics professors in 1933 at the newly founded Institute for Advanced Study in Princeton, a position he kept for the remainder of his life. He became a U.S. citizen in 1937. During the 1940s and '50s, von Neumann was one of the pioneers of computer science. He made significant contributions to the development of logical design, advanced the theory of cellular AUTOMATA, advocated the adoption of the BIT as a measurement of computer memory, and solved problems in obtaining reliable information from unreliable computer components. Moreover, his involvement attracted the interest of fellow mathematicians and sped the development of computer science. During and after World War II, von Neumann served as a consultant to the armed forces, where his valuable contributions included a proposal of the implosion method for making a nuclear explosion and his espousal of the development of the hydrogen bomb. In 1955 he was appointed to the Atomic Energy Commission, and in 1956 he received its Enrico Fermi Award. He was one of the last generalists among contemporary scientists. Author: H. Howard Frisinger

52. John Von Neumann Computer Society . Introducing the john von neumann Computer Society. Ability, pride century.From then on he called himself john von neumann. Participating http://www.njszt.hu/51english/english.htm

Introducing the John von Neumann Computer Society Ability, pride and creativity of our compatriots are for Hungary the fundament of progress and the only spring-board into the future. (Count István Széchenyi 1842) Fields of activity IT support, ECDL (European Computer Driving Licence) Hungary, Hungarian Smart Card Forum, Organization of International and National Conferences John von Neumann Computer Society Neumann János Számítógép-tudományi Társaság Address : Báthori u. 16. 1054 Budapest Hungary Mailing address : P.O.B. 451 1372 Budapest Hungary Telephone : Fax. : E-mail : secretariat@njszt.hu WWW : www.njszt.hu President : Dr. Peter BAKONYI Telephone : Fax.: E-mail: peter.bakonyi@ihm.gov.hu Managing Director: Mr. István ALFÖLDI Telephone: Fax: E-mail: istvan.alfoldi@njszt.hu Who was our eponym? Neumann János was born in 1903 in Budapest, he received his secondary education in the capital of Hungary. In 1925 he obtained his degree in chemistry from Zurich University and in 1926 graduated at Budapest University as a mathematician. By 1930, when he arrived at Princeton University (USA) he was already recognized as one of the outstanding mathematicians of this century. From then on he called himself John von Neumann. Participating in the design work on ENIAC he made essential contributions to the theory and architecture of computers. John von Neumann died in 1957 in Washington. Basic data Founded: Membership: 2300 individual members, 100 corporate members

53. INFORMS Von Neumann Theory Prize Winners About 1978 john von neumann Theory Prize winners Nash and Lemke for their outstanding contributions Category Science Math Mathematicians Nash, john F., Jr....... john von neumann Theory Prize Winners. This page contains He is a truefollower of the path trod by john von neumann. Therefore, it is http://www.informs.org/Prizes/vonNeumannDetails.html

Go to INFORMS Page ... INFORMS Home What's New Info for Members Info for Nonmembers Conferences Continuing Education Education/Students Employment Prizes Publications Subdivisions Searchable Databases Links About this Web Site INFORMS Online Bookstore Discussion Search John von Neumann Theory Prize Winners This page contains details about each years winning submission(s). More general information about the award is also available. Cyrus Derman and Donald L. Iglehart The 2002 John von Neumann Theory Prize is awarded by the Institute for Operations Research and the Management Sciences to Donald L. Iglehart and Cyrus Dermanfor their fundamental contributions to performance analysis and optimization of stochastic systems. Regenerative Simulation of Response Times in Networks of Queues ) and series of papers with Gerald Shedler developed many novel system performance models based on these ideas. His subsequent work, with his student Peter Glynn, significantly advanced the subject by incorporating techniques such as importance sampling. With Samuel Karlin, he studied the discounted infinite-horizon inventory problem in which product demands depend on a Markovian index of business conditions. He showed that the optimal ordering policy is base-stock and developed a beautiful and novel method of finding the index-dependent base-stock levels. Derman and Iglehart both took their Ph.D.s in Mathematical StatisticsDerman from Columbia and Iglehart from Stanfordand are Fellows of the Institute of Mathematical Statistics. Also, Derman is a Fellow of the American Statistical Association and Iglehart is a member of the National Academy of Engineering. Both were attracted to Operations Research very early in their careers and held appointments in the field in engineering schools for about four decades, largely in the institutions from which they took their Ph.D.s. Both are excellent teachers who have inspired many students. Indeed, the Ph.D. students of both have also won several significant prizes and honors, and have been prominent in industry, research laboratories and universities.

54. INFORMS John Von Neumann Theory Prize john von neumann Theory Prize. Purpose For details on the winner(s) of the johnvon neumann Theory Prize in a particular year follow the link for that year. http://www.informs.org/Prizes/vonNeumannPrize.html

Go to INFORMS Page ... INFORMS Home What's New Info for Members Info for Nonmembers Conferences Continuing Education Education/Students Employment Prizes Publications Subdivisions Searchable Databases Links About this Web Site INFORMS Online Bookstore Discussion Search John von Neumann Theory Prize Purpose: A prize is awarded annually to a scholar (or scholars in the case of joint work) who has made fundamental, sustained contributions to theory in operations research and the management sciences. The award is given each year at the National Meeting if there is a suitable recipient. Although the prize is normally given to a single individual, in the case of accumulated joint work, the recipients can be multiple individuals. The Prize is awarded for a body of work, typically published over a period of several years. Although recent work should not be excluded, the Prize typically reflects contributions that have stood the test of time. The criteria for the prize are broad, and include significance, innovation, depth, and scientific excellence. The award is $5,000, a medallion and a citation.

55. Von Neumann Lecture The john von neumann Lecture. This prize, established in 1959, is in the form ofan honorarium for an invited lecture called The john von neumann Lecture. http://www.siam.org/prizes/vonneu.htm

search: The John von Neumann Lecture Principal Guideline This prize, established in 1959, is in the form of an honorarium for an invited lecture called The John von Neumann Lecture. The lecturer will survey and evaluate a significant and useful contribution to mathematics and its applications. It may be awarded to a mathematician or to a scientist in another field, but in either case, the recipient should be one who has made distinguished contributions to pure and/or applied mathematics. Prize Committee The prize committee will consist of the president of the society, the immediate past-president (or the president-elect), and the vice president-at-large. The committee should complete the choice of The John von Neumann lecturer at least nine months before the date of the lecture. The term of office of the committee will end when the nominated recipient has accepted the invitation to give the lecture. If the committee reports that no prize can be awarded, then the committee's duties will be completed. The committee will determine its own rules of operation. It may solicit suggestions for nominations from other members of the scientific community.

56. IEEE John Von Neumann Medal - Wikipedia IEEE john von neumann Medal. From Wikipedia, the free encyclopedia.The IEEE john von neumann Medal was established by the IEEE Board http://www.wikipedia.org/wiki/IEEE_John_von_Neumann_Medal

Main Page Recent changes Edit this page Older versions Special pages Set my user preferences My watchlist Recently updated pages Upload image files Image list Registered users Site statistics Random article Orphaned articles Orphaned images Popular articles Most wanted articles Short articles Long articles Newly created articles Interlanguage links All pages by title Blocked IP addresses Maintenance page External book sources Printable version Talk Log in Help IEEE John von Neumann Medal From Wikipedia, the free encyclopedia. The IEEE John von Neumann Medal was established by the IEEE Board of Directors in 1990 and may be presented annually "for outstanding achievements in computer-related science and technology." The achievements may be theoretical, technological, or entrepreneurial, and need not have been made immediately prior to the date of the award. The Medal recipients: C. Gordon Bell Frederick P. Brooks John Cocke Donald E. Knuth ... John L. Hennessy and David A. Patterson Butler W. Lampson Ole-Johan Dahl and Kristen Nygaard Edit this page Discuss this page Older versions ... Recent changes It was last modified 03:09 Jul 25, 2002. All text is available under the terms of the GNU Free Documentation License Main Page Recent changes Random page ... Bug reports

57. Encyclopædia Britannica von neumann, john Encyclopædia Britannica Article. MLA style von neumann, john. Encyclopædia Britannica 2003 Encyclopædia Britannica Premium Service. http://www.britannica.com/eb/article?eu=77719

58. NEUMANN, John Von (1903-1957) Translate this page john von neumann (1903-1957). Matemático americano que desenvolveuo ramo da matemática conhecido como teoria dos jogos. Nasceu http://www.citi.pt/educacao_final/trab_final_inteligencia_artificial/neumann.htm

Index História da Inteligência Artificial Inteligência Artificial ... Bibliografia JOHN VON NEUMANN (1903-1957) teoria dos jogos Voltar a Voltar a

59. A Neumann János Számítógép-tudományi Társaság Honlapja neumann János Számítógéptudományi Társaság john von neumannComputer Society. neumann János (1903-1957). Elköltöztünk!!! http://www.njszt.iif.hu/

John von Neumann Computer Society http://www.njszt.hu/ http://www.njszt.hu/old.html

60. Von Neumann, John john von neumann var en av de viktigaste teoretikerna bakom den modernadatatekniken och har gett namn åt von neumannarkitekturen. http://domino.idg.se/cs/sprak.nsf/Alla/von Neumann, John

von Neumann, John (1903 - 1957) ungersk matematiker, verksam i USA sedan 1930. John von Neumann var en av de viktigaste teoretikerna bakom den moderna datatekniken och har gett namn åt von Neumann-arkitekturen . Han formulerade också teorier om cellautomater och självreplikerande maskiner - en parallell till upptäckten av dna. John von Neumann räknas också, tillsammans med Oscar Morgenstern som den viktigaste teoretikern bakom spelteorin . Spelteorin användes i USA som ett verktyg för strategisk analys under det kalla kriget, och John von Neumann var med i den amerikanska atomenergikommissionen som ledde utvecklingen av USAs kärnvapenarsenal. De sista åren kom han till mötena i rullstol. Han och Henry Kissinger var förebilderna till Peter Sellers rollfigur Dr Strangelove.

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