Biografia De Moore, Stanford Translate this page moore, stanford. (1913-82) Químico norteamericano, n. en Chicago y m. en Nueva York.Se graduó de BA el año 1935 en la Universidad de Nashville y se doctoró http://www.biografiasyvidas.com/biografia/m/moore_stanford.htm
Extractions: Inicio Buscador Las figuras clave de la historia Reportajes Los protagonistas de la actualidad Moore, Stanford (1913-82) Químico norteamericano, n. en Chicago y m. en Nueva York. Se graduó de B.A. el año 1935 en la Universidad de Nashville y se doctoró en química orgánica en 1938 en la de Wisconsin, pasando más tarde a la de Rockefeller de Chicago en donde empezó a trabajar con Max Bergmann y fue profesor de bioquímica. Durante la II Guerra Mundial estuvo adscrito al Departamento de Investigación Científica y Desarrollo de Washington. Desde 1945 colaboró activamente con W. H. Stein en sus investigaciones sobre la estructura de la ribonucleasa, en las que les ayudó en gran manera su método de análisis de aminoácidos mediante una columna cromatográfica de separación cuantitativa. También idearon y perfeccionaron un analizador automático de aminoácidos, indispensable hoy en el estudio de las proteínas. Compartió con W. H. Stein y C. B. Anfinsen el premio Nobel de Química para 1972. Inicio Buscador Recomendar sitio
SBBS Bert S. moore, Professor Ph.D., stanford University, 1973 bmoore@utdallas.edu (Ph.)972 8832355, (Rm.) GR 4.102 Visit personal webpage. About Bert moore http://www.utdallas.edu/dept/bbs/faculty/bert.htm
Extractions: Visit personal webpage About Bert Moore Bert S. Moore holds a Masters from the University of Illinois (1968) and a Ph.D. from Stanford University (1973), both in Psychology. He is a Professor of Psychology and Dean of the School of Behavioral and Brain Sciences. He previously held academic appointments at Wellesley College and the University of California at Santa Barbara and visiting positions at the University of Texas at Austin and Stanford University. He has served as Associate Editor of Motivation and Emotion and been a member of the Editorial Board of five other journals in the area of personality and developmental psychology. He is a Fellow of the American Psychological Association and the American Psychological Society.
Www.sobiografias.hpg.ig.com.br/StanfoMo.html STeP the stanford Temporal Prover Manna (ResearchIndex)We describe the stanford Temporal Prover STeP a system being developed to support 0.3 The Boyer-moore Theorem Prover and Its Interactive Enhancement http://www.sobiografias.hpg.ig.com.br/StanfoMo.html
Extractions: ellementK noun - A fundamental, essential, or irreducible constituent of a composite entity. Middle English, from Old French, from Latin elementum . In this case, also related to the modern French mentir , to lie. (adapted from Dictionary.com About Eleanor Kruszewski : I'm known variously as Eleanor or Elle. My last name is like that coach from Duke - kru-shef-ski I have just come off a year of tracking emerging tech and enterprise software for NEC's Tokyo HQ. I'm thinking of what's next, but mostly I'm taking a bit of time to find my feet as I work through some personal projects. I'm based in Menlo Park, CA. EBIG Blogging SIG April 2004 Main First Tuesdays Blogger Dinner When: Wednesday, April 06 2005 04:00 AM Where: Stanford, Terman Auditorium My Role: Attendee Entrepreneurial Thought Leader sessions Geoffrey Moore ( Mohr Davidow Ventures ) @ Stanford from 4:30-5:30pm with dinner after. Recurring event each Wednesday. And, yes, that is Mr-Crossing-the-Chasm-Geoffrey-Moore. This entry was posted 5 months, 2 weeks ago on Monday, March 28th, 2005 at 10:05 am and is filed under
Publications Related To Early Interval Work Of R. E. Moore He invited moore to do a Ph.D. dissertation on interval analysis at stanford Dissertation, Department of Mathematics, stanford University, stanford, http://interval.louisiana.edu/Moores_early_papers/bibliography.html
Extractions: http://interval.louisiana.edu/Moores_early_papers/bibliography.html Interval analysis is often said to have begun with Moore's book [ ]. The references below contain some of his earlier work. The references also contain (or indicate) earlier works that appeared because of Moore's personal influence. Moore's early papers are made available on this site to document his early contributions and influence on the development of interval analysis. In [ ], Moore states that he conceived of interval arithmetic and some of its ramifications in the spring of 1958. By January of 1959, he had published [ ] a report on how interval arithmetic could be implemented on a computer. A 1959 report [ ] showed that interval computations could bound the range of rational functions and integrals of rational functions. Theoretical and practical interval arithmetic were differentiated. Reference [ ] discusses interval valued functions, interval contractions, a metric topology for interval numbers, interval integrals, and contains an extensive discussion of Moore's use of interval analysis to bound the solution of ordinary differential equations. Further work on integrals appeared in [
University Of Illinois College Of Law - Faculty Directory Result Before coming to Illinois, Professor moore served as the Warren Distinguished which have appeared in the countrys top law reviews including stanford, http://www.law.uiuc.edu/faculty/DirectoryResult.asp?Name=Moore, Michael
Caltech Press Release, 1/26/2004, Douglas Rees The observatory, to be built at stanford, is a kind of ultrapowerful Xray machine I would like to thank the Gordon and Betty moore Foundation for this http://pr.caltech.edu/media/Press_Releases/PR12484.html
Extractions: Related Links Dr. Douglas Rees Stanford Synchrotron Radiation Laboratory Just as astronomers image very large objects at great distances to understand what makes the universe tick, biologists and chemists need to image very small molecules to understand what makes living systems tick. Now this quest will be enhanced by a $14,206,289 gift from the Gordon and Betty Moore Foundation to the California Institute of Technology, which will allow scientists at Caltech and Stanford University to collaborate on the building of a molecular observatory for structural molecular biology. The observatory, to be built at Stanford, is a kind of ultrapowerful X-ray machine that will enable scientists from both institutions and around the world to "read" the blueprints of so-called macromolecules down at the level of atoms. Macromolecules, large molecules that include proteins and nucleic acids (DNA and RNA), carry out the fundamental cellular processes responsible for biological life. By understanding their makeup, scientists can glean how they interact with each other and their surroundings, and subsequently determine how they function. This knowledge, while of inherent importance to the study of biology, could also have significant practical applications, including the design of new drugs. The foundation of this discovery process, says Doug Rees, a Caltech Professor of Chemistry and an investigator for the Howard Hughes Medical Institute, and one of the principal investigators of the project, is that "if you want to know how something works, you first need to know what it looks like.
Moore moore, stanford (szül. 1913. szept. 4. Chicago, Illinois, USA ? megh. 1982. aug.23. New York), amerikai biokémikus; a fehérjék molekulaszerkezetének http://www.mezgazd-koszeg.sulinet.hu/diak/kemia/DATA/Tudosok/data/bh4/moore.html
Extractions: Moore, Stanford (szül. 1913. szept. 4. Chicago, Illinois, USA megh. 1982. aug. 23. New York), amerikai biokémikus; a fehérjék molekulaszerkezetének vizsgálatáért Moore, Christian B. Anfinsen és William H. Stein kapta az 1972. évi kémiai Nobel-díjat. Moore a Wisconsini Egyetemen doktorált 1938-ban (Ph.D.); a következô évtôl a New York-i orvoskutató intézet, a Rockefeller Institute for Medical Research (ma Rockefeller Egyetem) munkatársa lett, ahol 1952-ben nevezték ki egyetemi tanárrá. Elsôsorban azok a munkái ismertek, amelyekben kromatográfiás módszerrel elemezte a fehérjékbôl és biológiai folyadékokból kinyert aminosavakat és peptideket, illetve azok, amelyekben az elemzéseket a ribonukleáz enzim szerkezetének meghatározására használta fel.
Extractions: Date: Wed Jun 12 2002 - 11:12:10 CDT cottrell@SLAC.Stanford.EDU > - Date: Tue, 11 Jun 2002 15:00:47 -0700 From: "Cottrell, Les" < cottrell@SLAC.Stanford.EDU > Subject: RE: [ipfix-req] Ipfix features To: "'K.C. Norseth'" < kcn@norseth.com ipfix-req@net.doit.wisc.edu > Cc: "Logg, Connie A." < cal@SLAC.Stanford.EDU http://www.slac.stanford.edu/comp/net/netflow/afsexample.html kcn@norseth.com ] > Sent: Tuesday, June 11, 2002 10:33 AM > To: Cottrell, Les; req > Cc: Logg, Connie A. > Subject: Re: [ipfix-req] Ipfix features > > > Discusssion is healthy. Please elaborate on what you mean. > > K.C. > - Original Message - > From: "Cottrell, Les" < cottrell@SLAC.Stanford.EDU
Publication Details - Tirin Moore - Stanford University School Of Medicine Graziano MS, Taylor CS, moore T. Electrical microstimulation was used to studyprimary motor and premotor cortex in monkeys. Each stimulation train was 500 http://med.stanford.edu/profiles/frdActionServlet?choiceId=showPublication&pubid
Publication Details - Tirin Moore - Stanford University School Of Medicine Tolias AS, moore T, Smirnakis SM, Tehovnik EJ, Siapas AG, Schiller PH. The receptivefield, defined as the spatiotemporal selectivity of neurons to sensory http://med.stanford.edu/profiles/frdActionServlet?choiceId=showPublication&pubid
Extractions: An op-ed "Pride, Patriotism, and Propaganda" June 9, 2004 A Paper on Transportation regulation and deregulation over the last 30 years NEW Items August 7, 2004 Global Warming papers Transportation and Regulation Papers Available now, March 2, 2001, for free, chapter by chapter, at The Cato Institute's site, Moore's book:
03.11.98 - UC Berkeley New Faculty, 1997-1998 moore. Donald S. moore Assistant Professor of Anthropology. BA New College ofFlorida 85 Ph.D. stanford University 95 http://www.berkeley.edu/news/berkeleyan/1998/0311/moore.html
Competitive Enterprise Institute textbooks, and educational materials, and made recommendations based on itsevaluation. His writings are available at http//www.stanford.edu/~moore. http://www.cei.org/pages/tmoore.cfm
Extractions: He attended MIT, then enlisted in the U.S. Navy where he served for four years during the Korean War. After his tour of duty, he earned his B.A. degree from George Washington University in 1957, and his M.A. and Ph.D. in economics from the University of Chicago in 1959 and 1961. Moore was a member of President Ronald Reagan's Council on Economic Advisers from 1985 to 1989. In that capacity, he supervised a staff of economists who advised the President on trade, tax, regulation, agriculture, transportation, environment, and health issues. During 1968-70, he had served as Senior Staff Economist on the Council covering regulatory and industrial organization issues. Between 1985-89, Moore was a member of the President's National Critical Materials Council and during 1988-89, he served as acting chairman. In 1989, Moore was a member of the President's National Commission on Superconductivity. In 1988-89 he was acting chairman of the President's National Critical Materials Council.
IWAR 1998/06: [IWAR] HACK Stanford SLAC stanford officials said more than one person was involved. SLAC has long beenvulnerable to a clever hacker, moore said. It has operated under an ``aura of http://lists.jammed.com/IWAR/1998/06/0003.html
Stanford GSB: Research: Faculty: Moore, Jeffrey stanford Graduate School of Business. Search Faculty Profiles AdministrativeHome. Jeffrey H. moore Senior Lecturer of Operations, Information, http://gobi.stanford.edu/facultybios/bio.asp?ID=109
Helen Moore Email moore@math.stanford.edu stanford Geometry Seminar 2001-2002 Math 20Course Information (winter 2001-2002 quarter) http://math.stanford.edu/~moore/
Extractions: Ph.D. in Mathematics, State University of New York at Stony Brook Research Interests: Differential geometry, geometric analysis, minimal surfaces, geometric measure theory, modeling diseases using differential equations, dynamical systems. Women in Math and Science Links: Jennifer Gutbezahl: The effect of negative expectations on females' math performance
INFORMS Report Of Business School Education Task Force Ellen Jordan, Tiffin University; Leon Lasdon, University of Texas; Melanie Lenard,Boston University; Jeffrey moore, stanford University; Stephen Powell, http://education.forum.informs.org/magnanti.html
Extractions: (INFORMS Forum on Education) homepage Submitted to the Policy Subcommittee of the Task Force: Thomas Magnanti, Massachusetts Institute of Technology, Task Force chair William Pierskalla, University of California at Los Angeles Robert Sullivan, University of Texas Francis Tuggle, American University February, 1996 In July 1994, the Presidents of ORSA and TIMS, Dick Larson and Gary Lilien, chartered the INFORMS Business School Education Task Force. The Task Force was established in response to a sense that OR/MS was becoming less influential in the education of the next generation of business leaders: "OR/MS, as originally conceived and defined, should play a major role in the training we give the managers of the future. Yet programs all across the country are decreasing their OR/MS offerings and downsizing their faculty in the area." These negative developments followed radical changes made in April 1991 to the AACSB accreditation standards for business school curricula. Approximately 250 of the 800 MBA programs in the US are AACSB accredited. That subset of 250 is highly influential and sets benchmarks for the remaining programs. Previously, OR/MS had a protected position as part of a "common body of knowledge" that every MBA program had to provide. Afterwards, schools were free to define their own, individual missions and organize curricula solely around that mission; there was no specific requirement that OR/MS be included in any way.
