Boston Globe Online / Table Of Contents The three who were named recipients of the 1987 nobel Prize for chemistry ago, Rebeksaid, when one of yesterday's prize winners, charles J. pedersen, then a http://www.boston.com/globe/search/stories/nobel/1987/1987o.html
Extractions: How does the stomach take a tuna fish sandwich and start making it into bone, muscle and fingernails? How does the immune system recognize foreign bacteria and kick the body's defenses into action? Living things whether they are plants or animals, a single cell or an elephant depend on myriad subtle biochemical processes to maintain themselves. These processes, which are governed by large molecules or collections of atoms, have long fascinated scientists, said Julius Rebek, an organic chemist from the University of Pittsburgh. But, he said, it has been "hard to figure out how they operate because they are so complex." The three who were named recipients of the 1987 Nobel Prize for chemistry yesterday opened the door to understanding these processes, Rebek said, by creating much simpler artificial molecules in the laboratory that simulate or mimic reactions that take place in living systems. Rebek works in a closely related area of the field, which is called supramolecular chemistry.
Boston Globe Online / Table Of Contents a member of the MIT staff, won the nobel peace prize Burton Richter (physics, 1976);Lawrence R. Klein (economics, 1980); charles J. pedersen (chemistry, 1987 http://www.boston.com/globe/search/stories/nobel/1993/1993n.html
Extractions: With the addition of Phillip A. Sharp to its roster of Nobel laureates, the Massachusetts Institute of Technology has confirmed its superpower status in academia unquestionably now in biology, and not only in physics, chemistry and economics, where 19 of the past 24 awards have gone. MIT's grand total of two dozen Nobelists including current or former faculty and staff and alumni is one of the highest concentrations of any academic institution in the United States. There are seven Nobel laureates now on the faculty who won the prize while at MIT: Jerome I. Friedman (physics, 1990); Henry W. Kendall (physics, 1990); Robert M. Solow (economics, 1987); Susumu Tonegawa, (medicine/physiology, 1987); Franco Modigliani (economics, 1985); Samuel C.C. Ting (physics, 1976); and Paul A. Samuelson (economics, 1970). Har Gobind Khorana won the Nobel prize in medicine and physiology in 1968 and then came to MIT. David Baltimore won the prize in medicine and physiology in 1975 while at MIT, left the institute for a few years but is now returning.
Les Prix Nobel De Chimie Translate this page Les Prix nobel de Chimie. Scientifiques. Nationalités. 1901. 1987. Donald James CramJean-Marie Lehn charles J. pedersen. Etats-Unis France Etats-Unis. 1988. http://isimabomba.free.fr/prix_nobel/prix_nobel.htm
Extractions: Les Prix Nobel de Chimie Scientifiques Jacobus Henricus Van't Hoff Pays-Bas Emil Hermann Fischer Allemagne August Svante Arrhenius Sir William Ramsay Royaume-Uni Adolf Von Baeyer Allemagne Henri Moissan France Eduard Buchner Allemagne Lord Ernest Rutherford Royaume-Uni Wilhelm Ostwald Allemagne O. Wallach Allemagne Marie Curie France Victor Grignard
Nobel Prize In Chemistry - Wikipedia Source http//www.nobel.se/chemistry/laureates/index.html. Yuan T. Lee, John C. Polanyi1987 Donald J. Cram, JeanMarie Lehn, charles J. pedersen 1988 Johann http://www.wikipedia.org/wiki/Nobel_Prize/Chemistry
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Nobel Prize In Chemistry - Wikipedia Lee, John C. Polanyi 1987 Donald J. Cram, JeanMarie Lehn, charles J. pedersen 1988Johann Kohn, John A. Pople 1999 Ahmed H. Zewail 2000 Alan J Heeger, Alan http://www.wikipedia.org/wiki/Nobel_Prize_in_chemistry
Extractions: Main Page Recent changes Edit this page Page history 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
1987: Charles Pedersen charles J. pedersen, DuPonts only nobel laureate, received a masters degreein organic chemistry from the Massachusetts Institute of Technology in 1927 http://heritage.dupont.com/touchpoints/tp_1987/depth.shtml
1987: Charles Pedersen In 1961 charles J. pedersen (19041989) was investigating complexes of pedersen retiredfrom DuPont in 1969, but his work level and won him the nobel Prize for http://heritage.dupont.com/touchpoints/tp_1987/overview.shtml
Foresight Update 2 Page 1 The 1987 nobel prize for chemistry went to charles J. pedersen, Donald J. Cram,and JeanMarie Lehn for developing relatively simple molecules that perform http://www.foresight.org/Updates/Update02/Update02.1.html
Extractions: Foresight Update 2 page 1 A publication of the Foresight Institute Foresight Update 2 - Table of Contents Several paths lead to nanotechnology, and work contributing to one or more of those paths has won several recent Nobel prizes. Even without the motive of building assemblers, practical and academic motives have moved technology in directions that bring assemblers closer. The 1987 Nobel prize for chemistry went to Charles J. Pedersen Donald J. Cram , and Jean-Marie Lehn for developing relatively simple molecules that perform functions like those of natural proteins. Pederson synthesized what are known as "crown ethers," a family of molecules that selectively bind specific metal ions in solution, holding them in properly-sized internal hollows. Cram and Lehn have extended this work, using chemical techniques to synthesize a wide range of molecules that specifically bind other molecules. This sort of selective binding is a common protein function. The molecular machinery of cells self-assembles though the selective binding of one protein to another. Other molecules that bind selectively to one another might likewise be used as a basis for molecular machinery, providing an alternative to proteins for building first-generation assemblers. The ongoing work of Cram, Lehn, and their coworkers may be of great importance to the development of nanotechnology.
Prémios Nobel Translate this page . Prémios nobel de Química. 1987 - Donald J. Cram (EUA), Jean-Marie Lehn (França),charles J. pedersen (EUA), pelo estudo dos mecanismos de reconhecimento http://luisperna.com.sapo.pt/nobel_quimica.htm
Extractions: Prémios Nobel de Química 2002 - John B. Fenn (EUA), Koichi Tanaka (Japão), e Kurt Wüthrich (Suíça), pela sua contribuição para o desenvolvimento da espectrometria de massa e ressonância magnética nuclear, métodos que permitem identificar e analisar macromoléculas biológicas, como as proteínas. Os trabalhos premiados permitiram desenvolver métodos analíticos que facilitam a compreensão das macromoléculas e a interacção destas, ou seja, basicamente aquilo que determina as funções das células do corpo humano e também revolucionaram o desenvolvimento de medicamentos e são promissores em outras áreas como, por exemplo, o controlo alimentar e o diagnóstico precoce de alguns tipos de cancro.
Pagina Principal Lección 7 Translate this page charles J. pedersen (1940-1989 de los hidrocarburos y, hacia los años sesenta, loséteres corona, por lo que recibió el premio nobel de Química http://www.uam.es/departamentos/ciencias/qorg/docencia_red/qo/l7/pral.html
Pictures Of Nobel Laureates - Chemistry This is an index of photographs of the winners of the nobel Prize in Chemistry. 1987 charles J. pedersen; 1987 - Jean-Marie Lehn; 1988 - Johann Deisenhofer; http://chemistry.about.com/library/blchemists.htm
Extractions: Index of Pictures - Nobel Laureates in Chemistry This is an index of photographs of the winners of the Nobel Prize in Chemistry. 1901 - Jacobus H. van't Hoff 1902 - Hermann Emil Fischer 1903 - Svante A. Arrhenius 1904 - Sir William Ramsay ... 1915 - Richard M. Willstätter 1916 - No Prize Awarded 1917 - No Prize Awarded 1918 - Fritz Haber 1919 - No Prize Awarded 1920 - Walther H. Nernst 1921 - Frederick Soddy 1922 - Francis W. Aston 1923 - Fritz Pregl 1924 - No Prize Awarded 1925 - Richard A. Zsigmondy 1926 - Theodor Svedberg 1927 - Heinrich O. Wieland 1928 - Adolf O. R. Windaus ... 1932 - Irving Langmuir 1933 - No Prize Awarded 1934 - Harold C. Urey
Alfred B. Nobel Prizes In Chemistry - Winners Here is the list of the nobel laureates in Chemistry Year, Laureate, Country, Research. 1987,Donald J. Cram charles J. pedersen JeanMarie Lehn, United States http://chemistry.about.com/library/weekly/aa120202a.htm
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Fq - Prémios Nobel Da Química J. Cram, Jean-Marie Lehn, charles J. pedersen; http://atelier.uarte.mct.pt/fq/quem/nobelqui.htm
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Extractions: Theses of MIT Alumni Nobel Prize Winners Fifty-five current or former members of the MIT community have won the Nobel Prize. They include 21 professors, 22 alumni, 13 researchers and one staff physician. Below are direct links to the online theses of MIT alumni who have won Nobel Prizes. A complete list of MIT-related Nobel Prize Winners has been compiled by the MIT News Office. These online page images are freely available to everyone. For PDF and paper copies, see pricing information for MIT Users and non-MIT users Year of Nobel Prize
Prix Nobel De Chimie 1901- 1998 Translate this page Histoire de la chimie, Les prix nobel de Chimie 1901-2000. 1987. Donald J. Cram(Etats-Unis, 22 avril 1919), charles J. pedersen (Etats-Unis, 3 oct. http://www.sciences-en-ligne.com/lic/chimie/hist_chi/nobel_chimie.htm
Extractions: Histoire de la chimie Les prix Nobel de Chimie 1901-2000 Racourcis : Alan J. Heeger (Etats-Unis, 22 janv. 1936) Alan G. MacDiarmid (Nouvelle-Zélande, 1929), et Hideki Shirakawa (Japon, 1926) ont été récompensés pour la découverte et le développement des polymères conducteurs, inaugurée en 1977 par la synthèse du polyacétylène conducteur. Ahmed H. Zewail . Utilisation des techniques laser ultrarapides (spectroscopie ultrarapide), pour observer le mouvement des atomes d'une molécule (états de transition) au cours d'une réaction chimique (femtochimie). Walter Kohn . Développement de la théorie des fonctions de densité. John A. Pople (Etats-Unis, 1925). développement des outils informatiques en chimie quantique. Paul D. Boyer (Etats-Unis, 1918) et John E. Walker (Royaume Unis, 1941). Elucidation du mécanisme de synthèse de l'ATP. Jens C. Skou
Prix Nobel De Chimie 1901-2001 Translate this page Histoire de la chimie. Les prix nobel de Chimie 1901-2001. 1987. Donald J. Cram(Etats-Unis, 22 avril 1919), charles J. pedersen (Etats-Unis, 3 oct. http://www.sciences-en-ligne.com/momo/lic/chimie/hist_chi/nobel_chimie.htm
Extractions: Histoire de la chimie Les prix Nobel de Chimie 1901-2001 W.S. Knowles (Etats-Unis), R. Noyori (Japon) et K.B. Sharpless (Etats-Unis) : travaux sur la synthèse catalytique asymétrique. Alan J. Heeger (Etats-Unis, 22 janv. 1936) Alan G. MacDiarmid (Nouvelle-Zélande, 1929), et Hideki Shirakawa (Japon, 1926) ont été récompensés pour la découverte et le développement des polymères conducteurs, inaugurée en 1977 par la synthèse du polyacétylène conducteur. Ahmed H. Zewail . Utilisation des techniques laser ultrarapides (spectroscopie ultrarapide), pour observer le mouvement des atomes d'une molécule (états de transition) au cours d'une réaction chimique (femtochimie). Walter Kohn . Développement de la théorie des fonctions de densité. John A. Pople (Etats-Unis, 1925). développement des outils informatiques en chimie quantique. Paul D. Boyer (Etats-Unis, 1918) et John E. Walker (Royaume Unis, 1941). Élucidation du mécanisme de synthèse de l'ATP. Jens C. Skou (Danemark, 1918). Découverte de l'enzyme porteuse d'ions. Na , K -ATPase.
The Scientist - Early Citations Mark 1987 Nobel The seminal papers recognized by the nobel committee in chemistry and medicine theyears, as has retired Du Pont chemist charles J. pedersens pioneering http://www.the-scientist.com/yr1987/nov/gwynne_p4_871102.html
Extractions: NEWS By PETER GWYNNE PHILADELPHIANobel prizes in science normally recognize research of extraordinary excellence, as judged by literature citations to it and awards that have accumulated over a period of years. This year, however, the Nobel committee awarded the physics prize for recent research that illuminated the physical science community with the brilliance of a supernova. New physics laureates J. Georg Bednorz and K. Alex Milller, of IBMs Zurich Research Labora tory, published their seminal paper on high-temperature superconducting ceramics in September 1986 in the German journal Zeitschrift für Physik B : Condensed Matter (vol. 64, 1986, p.189). The paper had been cited once by years end, and just five times during the first two months of this year, according to data gathered by the Institute for Scientific Information, which publishes THE SCIENTIST. However, once the physics community recognized the extraordinary promise of high-temperature superconductors, the papers citations increased exponentially, from 29 in March and April to 82 in May and June to 140 in July and August (see chart below). It is a buildup of extraordinary rapidity, matched only by a relatively few papers reporting such dramatic findings as pulsars, elementary particles and the AIDS virus. The seminal papers recognized by the Nobel committee in chemistry and medicine or physiology show a more normal citation history. M.I.T. immunologist Susumu Tonegawas paper on immunoglobin genes in the
