Geometry.Net - Scientists: Grothendieck Alexander

MATH LINKS
physics The Ising model. PROFILES OF MATHEMATICIANS. Petr SergeevicNovikov alexander grothendieck Traian Lalescu. Back to my homepage.
http://austin.onu.edu/~mcaragiu1/links.html
RIMS Preprint
Mechanics September 1996 RIMS 1104 Shinichi MOCHIZUKI A grothendieck Conjecture-Type WESTONBoundary ABF Models October 1996 RIMS- 1107 alexander V. SARDO
http://www.kurims.kyoto-u.ac.jp/home_page/preprint/list/1996.html
La France, Terre De Mathématiciens
Translate this page En 1966, ce sera le tour du génial alexander grothendieck, spécialiste degéométrie algébrique, quelques années avant sa décision d'arrêter
http://www.france.diplomatie.fr/label_france/FRANCE/SCIENCES/mathematiciens/math
Francia, Tierra De Matemáticos
en 1958; el genial alexander grothendieck, especialista en geometría
http://www.france.diplomatie.fr/label_france/ESPANOL/SCIENCES/mathematiciens/mat
Prize
THOM. 1962, Lars HÖRMANDER John Willard MILNOR, 1966, Michael FrancisATIYAH Paul Joseph COHEN alexander grothendieck Stephen SMALE.
http://www.icm2002.org.cn/general/prize/pre_winners.htm
Felix.unife.it/Root/d-Mathematics/d-Algebraic-geometry/b-Homological-algebraic-g
Translate this page Torino 1973. 1805 alexander grothendieck Elements de geometrie algebriqueI. Le language des schemas. Publ. IHES 4 (1960). 2328
http://felix.unife.it/Root/d-Mathematics/d-Algebraic-geometry/b-Homological-alge

Extractions: 1684 Alberto Conte: Introduzione alla geometria algebrica. Torino 1973. 1805 Alexander Grothendieck: Elements de geometrie algebrique I. Le language des schemas. Publ. IHES 4 (1960). 2328 Alexander Grothendieck/Jean Dieudonne': Elements de geometrie algebrique I. Springer 1971. 2814 Manfred Herrmann/Rolf Schmidt/Wolfgang Vogel: Theorie der normalen Flachheit. Leipzig 1977. Annette Huber: Mixed motives and their realization in derived categories. Springer LN Math. 1604 (1995), 200p. 3-540-59475-2. DM 52. Ott-Heinrich Keller: Bestimmung der Homologiebasen durch Projektionen. Math. Nachr. 45 (1970), 295-306. 1683 I. MacDonald: Algebraic geometry. Benjamin 1968. 3620 J. Milne: Etale cohomology. Princeton UP 1980. J. Murre: Introduction to the theory of motives. Boll. UMI 10-A (1996), 477-489. 3290 C. Peskine/L. Szpiro: Dimension projective finie et cohomologie locale. Publ. IHES 42 (1973), 47-119. 1507 Jean-Pierre Serre: Algebre locale - multiplicites. SLN Math. 11 (1989). 1473 Juergen Stueckrad/Wolfgang Vogel: Buchsbaum rings and applications. Springer 1986. G. Tamme: Introduction to etale cohomology. Springer 1994, 190p. 3-540-57116-7. DM 78.
Math Archive: Search Results
alexander Kirillov Jr. 21 pages. Adv.Theor.Math.Phys. 2 (1998) 155180. QA.25. Abs PS PDF, q-alg/9610034 Quantum grothendieck polynomials.
http://front.math.ucdavis.edu/author/Kirillov-A*

Extractions: Author Title/ID Anywhere Cat/MSC articles per page Show Help Articles to out of math.QA/0110221 Modular categories and orbifold models II. Alexander Kirillov Jr. 14 pages. QA CT math.CO/0106025 Generalized Umemura polynomials and Hirota-Miwa equations. Anatol N. Kirillov , Makoto Taneda . 19 pages. CO QA math.QA/0104242 Modular categories and orbifold models. Alexander Kirillov Jr. 25 pages. QA CT math.QA/0103030 Bethe's states for generalized XXX and XXZ models. Anatol N. Kirillov , Nadejda Liskova . 12 pages. QA CO math.QA/0101219 On q-analog of McKay correspondence and ADE classification of sl^(2) conformal field theories. Alexander Kirillov Jr, Viktor Ostrik . 37 pages. QA math.CO/0010279 Generalized Umemura polynomials. Anatol N. Kirillov , Makoto Taneda . 10 pages. CO QA math.QA/9912094 Ubiquity of Kostka polynomials. Anatol N. Kirillov . 104 pages. QA CO math.CO/9902072 Factorization of Kazhdan-Lusztig elements for Grassmanians. Alexander Kirillov , Jr, Alain Lascoux . 9 pages. CO math.CO/9901037
Conference In Analysis
P The Averaging Lemma and new thoughts on interpolation of operators alexander DyninP They had been introduced by A. grothendieck in 1951 (thus we are close
http://www.math.ohio-state.edu/conferences/Analysis99/

Extractions: "A Conference in Analysis" was held at The Ohio State University in Columbus, Ohio, from Tuesday, October 12, 1999 through Saturday, October 16, 1999. Organizing Committee: Vitaly Bergelson, Dan Burghelea, Joe Diestel, and Paul Nevai [chair] The purpose of the conference was to bring together distinguished mathematicians in a number of areas of analysis such as Complex Analysis, Harmonic Analysis, Operator Theory, Partial Differential Equations, Banach Spaces, and Approximation Theory, with young researchers and graduate students. The conference topics are closely related to the research subjects which our friend and colleague Boris Mityagin has studied during his forty year long mathematical career. The speaker were Yuri Brudnyi, Ronald A. DeVore, Alexander Dynin, Per Enflo, Ciprian Ilie Foias, Theodore W. Gamelin, Evgenii A. Gorin, William B. Johnson, Thomas Kappeler, Yitzhak Katznelson, Boris Korenblum, Anatolii Kostioutchenko, Vitali Milman, Nikolai K. Nikolski, Sergey Novikov, Alexander Pelczynski, Vladimir M. Tikhomirov, Dietmar Vogt, Alexander Volberg, Vyaceslav Zahariuta, and Nahum Zobin. The list of particpiants is given here The conference was supported by funds from the Institute for Mathematics and its Applications at Minnesota, the
Jonas' LiveJournal
829 pm, Roy Lisker The Quest for alexander grothendieck Lisker edits a magazinecalled Ferment which writes about some of my favorite subjects including
http://www.livejournal.com/users/swecon/

Extractions: Together with my friends I visited Harmony, a small village just outside of Pittsburgh. It was founded by a German sect in the 19th century. When they left after ten years, they sold the village to a Mennonite pastor and his descendants still live there. I bought the book in the museum shop and I am looking forward to learning something more about Mennonites (and Amish) then what you get from Hollywood movies. Comment on this 8:29 pm Roy Lisker âThe Quest for Alexander Grothendieckâ Lisker edits a magazine called Ferment which writes about some of my favorite subjects including conspiracies and mathematics. Grothendieck was considered one of the most influential mathematicians of the 20th century, when he in 1988 refused to accept a prestigious award and in a public letter declared that he was leaving science and the rest of the world. The letter contained references to the soon to come destruction of the world and urged people not to seek him out. To Lisker this was a challenge and this self published book tells of his attempts to find Grothendieck.
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Roy Lisker The Quest for alexander grothendieck Lisker edits a magazinecalled Ferment which writes about some of my favorite subjects including
http://www.livejournal.com/talkpost.bml?journal=swecon&itemid=6093
La France, Terre De Mathématiciens
Translate this page Em 1966, será a vez do genial alexander grothendieck, especialista em geometriaalgébrica, alguns anos antes de decidir parar definitivamente com a
http://www.ambafrance.org.br/abr/label/Label39/sciences/mathematiciens.html

Extractions: Desconhecida do grande público, a escola francesa de matemática vem de uma longa tradição e ocupa um dos primeiros lugares no mundo. A matemática está por toda a parte. Ela invade os sistemas de imagens da área médica, a economia, os bancos, a indústria farmacêutica, a biologia, etc. Ela está onipresente, mas secreta. Ao tornar o Météor, uma linha de metrô parisiense sem condutor, os usuários não imaginam um só instante que a sua concepção exigiu a mobilização de 150 matemáticos pelo período de cinco anos... Poucos franceses sabem também que o seu país é considerado a terceira potência matemática do planeta, atrás apenas dos Estados Unidos e da Rússia¹. Essa excelência está inscrita numa longa história, que começa com Viète, no século XVI. Ela prossegue em seguida com Descartes (século XVII), Fermat (século XVII), Lagrange (séculos XVIII e XIX), Galois (século XIX)..., e culminou com um dos maiores matemáticos de todos os tempos: Henri Poincaré (1854-1912), sem dúvida o último a ter um conhecimento universal da matemática e suas aplicações. O grupo Bourbaki "Essa é uma tradição francesa
Citation
10 alexander grothendieck Fondements de la gomdtne algdbnque. (Extraits duSminaire Bourbaki, 19571962.. Secretariat mathdmatique, Paris, 1962.
http://portal.acm.org/citation.cfm?id=512215&coll=GUIDE&dl=GUIDE&CFID=11111111&C
Atlas: International Conference On Algebra And Its Applications - List Of Speake
Minors of some matrices associated with a tree alexander A. Baranov Functional identitiesand generalized functional Gary Brookfield The grothendieck Group and
http://atlas-conferences.com/c/a/b/w/01.htm
Week35
et cohomologie nonAb\'elienne', The grothendieck Festschrift a collection of articleswritten in honour of the 60th birthday of alexander grothendieck, Vol.
http://math.ucr.edu/home/baez/week35.html

Extractions: 1) Pursuing stacks (A la poursuite des champs), 1983 letter from Alexandre Grothendieck to Daniel Quillen, 593 pages, apparently available only from someone who wants to copy 593 pages for you - i.e., not me! I owe somebody enormous thanks for sending this to me, but I won't mention his name, since I don't want people pestering him for copies. Grothendieck is mainly famous for his work on algebraic geometry, in which he introduced the concept of "schemes" to provide a modern framework for the subject. He was also interested in reformulating the foundations of topology, which is reflected in "Pursuing Stacks". This is a long letter to Quillen, inspired by Quillen's 1967 book "Homotopical Algebra". It's a fascinating mixture of visionary mathematics, general philosophy and a bit of personal chat. Let me quote a bit: Now, the problem is that the correct *definition* of an n-category is a highly nontrivial affair! And it gets more complicated as n increases! A 0-category is nothing but a bunch of objects. In other words, it's basically just a *set*, if we allow ourselves to ignore certain problems about classes that are too big to qualify as sets. A 1-category is nothing but a category. Recall the definition of a category (see "categories", available by ftp as described at the end of this post): The axioms for a category are that it consist of a set of objects and for any 2 objects X and Y a set Hom(X,Y) of morphisms from X to Y, and
Fields-Medaillengewinner
1986, Michael H. FREEDMAN. 1998, William Timothy GOWERS. 1966, alexander grothendieck.1970, Heisuke HIRONAKA. 1962, Lars HÖRMANDER. 1990, Vaughan FR JONES.
http://www.zahlenjagd.at/fields.html

Extractions: Fields-Medaillengewinner At the 1924 International Congress of Mathematicians in Toronto, a resolution was adopted that at each ICM, two gold medals should be awarded to recognize outstanding mathematical achievement. Professor J. C. Fields, a Canadian mathematician who was secretary of the 1924 Congress, later donated funds establishing the medals which were named in his honor. Consistent with Fields's wish that the awards recognize both existing work and the promise of future achievement, it was agreed to restrict the medals to mathematicians not over forty at the year of the Congress. In 1966 it was agreed that, in light of the great expansion of mathematical research, up to four medals could be awarded at each Congress. Lars Valerian AHLFORS Michael Francis ATIYAH Alan BAKER Enrico BOMBIERI ... William P. THURSTON Andrew J. WILES (special tribute) Edward WITTEN Shing-Tung YAU Jean-Christophe YOCCOZ Efim ZELMANOV
Medalo Fields - Vikipedio
HORMANDER, John MILNOR; 1966 (Moskvo, Rusio) Michael Francis ATIYAH,Paul COHEN, alexander grothendieck, Stephen SMALE; 1970 (Nico
http://eo.wikipedia.org/wiki/Medalo_Fields

Extractions: Presebla versio El Vikipedio, la libera enciklopedio. La Medalo Fields estas matematika premio aljuÄita al Äis kvar matematikistoj (sub 40-jaraÄa) Äe Äiu Internacia Kongreso de Matematikistoj ekde kaj regule ekde pro la iniciato de de la Kanada matematikisto John Charles FIELDS . La celo estas agnoski kaj subteni junajn matematikajn esploristojn kiuj jam faris gravajn kontribuojn. La Medalo Fields estas al matematiko kiel la nobelpremio (Äar ne ekzistas nobelpremio por la matematika fako). Vidu ankaÅ la Premion Nevanlinna Premiitoj: Lars AHLFORS Jesse DOUGLAS Laurent SCHWARTZ Atle SELBERG ... Pri Vikipedio Trovu:
Géométrie Algébrique - Wikipedia
au milieu du vingtième siècle par les travaux d'alexander grothendieck.
http://fr.wikipedia.org/wiki/Géométrie_algébrique

Extractions: Accueil Modifications récentes Modifier cette page Historique Pages spéciales Préférences Liste de suivi Modifications récentes Copier un fichier Liste des images Liste des participants Statistiques Une page au hasard Pages orphelines Images orphelines Les plus populaires Les plus demandées Articles courts Articles longs Nouvelles pages Toutes les pages Adresses IP bloquées Page de Maintenance Librairies en ligne Version imprimable Discuter Identification Aide Un article de Wikipédia, l'encyclopédie libre. mathématiques La géométrie algébrique est l'étude des variétés par des moyens algébriques. Cette partie de la géométrie existe depuis des siècles et des siècles; mais elle fut totalement transformée au milieu du vingtième siècle par les travaux d' Alexander Grothendieck Elle est devenue l'étude des schémas , les variétés apparaissant comme des schémas vérifiant des hypothèses supplémentaires.
Grothendieck Duality And Base Change (Lecture Notes In Mathematics Vol 1750)
http://www.smartkfztrend.de/grothendieck-duality-and-base-change-lecture-notes-i
Durham Geometry And Arithmetic Preprint Series
Geometry and arithmetic preprints.Category Science Math Publications Institutional Collections Joan Porti and alexander Reznikov On the representations offundamental groups of ramified coverings in SL 2 (F p c ).
http://fourier.dur.ac.uk:8000/pure/preprint.html
Hamet Seydi - Mathematician Of The African Diaspora
et lemme de Hironaka généralisé. (French) Manuscripta Math.
http://www.math.buffalo.edu/mad/PEEPS/seydi_hamet.html

Extractions: Born: place: Senegal area of degree: pre-doctoral education: doctoral institution: Research BOOKS Seydi, Hamet PAPERS Seydi, Hamet ; Restuccia, Gaetana; Bonanzinga, Vittoria; Cangemi, Maria Rosa; Utano, Rosanna Afrika Mat. 32. Faye, Farba; Fedida, Edmond; Seydi, Hamet . (French) [Pseudo-Riemannian structures on three-dimensional simply connected compact manifolds] J. Nigerian Math. Soc. Seydi, Hamet ; Fedida, Edmond Cohomologie des faisceaux de Nash . II. (French) [Cohomology of Nash sheaves. II] Afrika Mat. Seydi, Hamet ; Fedida, Edmond (1986), no. 17, 623626. Seydi, Hamet . (French) [Coherent sheaves in real algebraic geometry] Ordered fields and real algebraic geometry (Boulder, Colo., 1983). Rocky Mountain J. Math. (1984), no. 4, 981982. Seydi, Hamet Proceedings of the Second International Symposium in West Africa on Functional Analysis and its Applications (Kumasi, 1979), 141148, Forum for Functional Anal. Appl., Kumasi, Ghana, 1979. Seydi, Hamet Afrika Mat. Seydi, Hamet . II. (French) [On the theory of excellent rings of characteristic $p$. II] J. Math. Kyoto Univ. (1980), no. 1, 155167.

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