81. This Week In The Xxx Mathematics Archive (14 Sep - 18 Sep) By Greg Kuperberg Eriko hironaka, daughter of heisuke hironaka, is a regular contributor http//front.math.ucdavis.edu/search/authorhironakao If you re really a medaland http://mathforum.org/epigone/sci.math.research/pulheweh

This week in the xxx mathematics archive (14 Sep - 18 Sep) by Greg Kuperberg reply to this message post a message on a new topic Back to sci.math.research Subject: This week in the xxx mathematics archive (14 Sep - 18 Sep) Author: greg@math.ucdavis.edu Organization: UC Davis Department of Mathematics Date: 17 Sep 1998 21:57:16 -0700 Here are this week's titles in the xxx mathematics archive, available at: http://front.math.ucdavis.edu/ Instructions for contributing articles are available at: http://front.math.ucdavis.edu/submissions.html I have various announcements and editorial comments concerning the xxx archive system this week. o Thanks to the xxx staff and the xxx computer science advisory committee, the xxx computer science archive is now officially in operation. Eventually an imitation of the Front may appear for computer science, or the Front may be extended to include more of the xxx system, but for now you should browse it directly at: http://xxx.lanl.gov/archive/cs/intro.html Physics, mathematics, and computer science make a strong triad. Hopefully one day the xxx system will encompass all of the mathematical and physical sciences. o The Orthogonal Polynomials and Special Functions archive has been merged with xxx, constituting 136 new e-prints plus 9 previously contributed by authors. Most of these are in CA: Classical Analysis. o My table of Fields medalists in the archive omitted Michael Freedman, who appeared via the MSRI preprint series migration: http://front.math.ucdavis.edu/search/author:freedman

82. ORF ON Science - Vereinfacht: Problem Mathematischer Singularitäten Translate this page Die theoretischen Hintergründe dazu hat in den 60er Jahren der japanische MathematikerHeisuke hironaka mit einem über 200 Seiten dicken mathematischen http://science.orf.at/science/news/103357

suchen in... Science weltweit Nickname weitere... Autoren Peter Biegelbauer Ernst Dorfi Peter Filzmaier Christian Gastgeber Andre Gingrich Herbert Hrachovec Raoul Kneucker Werner Lenz Konrad Paul Liessmann Hans Michael Maitzen Siegfried Mattl Frank Rattay Hazel Rosenstrauch Birgit Sauer Franz Seifert Heinz Slupetzky Christiane Spiel Philipp Steger Helge Torgersen Otto Urban Norbert Vana Reinhold Wagnleitner Manfried Welan Anton Zeilinger Sachgebiete Gesellschaft Kosmos Leben Medizin und Gesundheit Technologie Umwelt und Klima Wissen und Bildung Neues aus der Welt der Wissenschaft ORF ON Science News Wissen und Bildung Forschern der Uni Innsbruck ist ein Durchbruch auf dem Gebiet der algebraischen Geometrie gelungen. Sie konnten einen der schwersten Beweise der Mathematik auf radikale Weise vereinfachen. Die Studie "The Hironaka Theorem on Resolution of Singularities" ist in "Bulletin of the American Mathematical Society" (Bd. 40, S. 323, Ausgabe vom 6. Mai 2003) erschienen. Die Original-Studie Das Ergebnis der Forschung - ein Nebenprodukt Musterbeispiel einer Beweistechnik Kurt Reindl, ORF-Tirol

83. EduFrance Japan - フランス留学フェア The summary for this Japanese page contains characters that cannot be correctly displayed in this language/character set. http://www.edufrance-japan.com/salon/messages/hironaka.html

Heisuke Hironaka Top

84. Papers Filed papers, and notes from talks. Preprint, 1984. Abbena, Elsa; Grassi, Antonella. Hermitian left invariant metrics on complex Lie groups and cosymplectic Hermitian manifolds. Preprint. Aberbach http://www.math.fsu.edu/~aluffi/compr.html

Filed papers, and notes from talks Preprint, 1984 Abbena, Elsa; Grassi, Antonella Hermitian left invariant metrics on complex Lie groups and cosymplectic Hermitian manifolds Preprint Aberbach, Ian; Huneke, Craig A theorem of Briancon-Skoda type for regular local rings containing a field Ch. 2 in "Geometric Invariance in Computer Vision" Abhyankar, Shreeram Invariant Theory and Enumerative Combinatorics of Young Tableaux Ch. 2 in "Algebraic Geometry and its Applications" Abhyankar, Shreeram Square-root Parametrization of Plane Curves Current Science, 63, 5, 9/1992 Abhyankar, Shreeram Resolution of singularities in various characteristics Discrete Applied Math. 31 (1991) 81-96 Abhyankar, Shreeram; Chandrasekar, Srinivasan; Chandru, Vijaya Intersection of algebraic space curves J. Reine Angew. Math. 276 (1975) 149-166 Abhyankar, Shreeram; Moh Tzuong-tsieng Embeddings of the line in the plane Preprint, 1995 Abkulut, S. Lectures on Seiberg-Witten Invariants Talk, Univ. of Chicago, 5/28/97 Abramovich, Dan Stable reduction for fibred surfaces Lecture notes Abramovich, Dan

85. Heisenbug - Encyclopedia Article About Heisenbug. Free Access, No Registration N Heisenbug. Word Word. Heisenbug is a term used in software programmingto describe a computer bug http://encyclopedia.thefreedictionary.com/Heisenbug

Dictionaries: General Computing Medical Legal Encyclopedia Heisenbug Word: Word Starts with Ends with Definition Heisenbug is a term used in software programming to describe a computer bug A computer bug is an error, flaw, mistake or fault in a computer program which prevents it from working correctly. Bugs arise from mistakes and errors in either a program's source code or its design. It is said that there are bugs in all useful computer programs, but well-written programs contain relatively few bugs, and these bugs typically do not prevent the program from performing its task. Buggy programs (sometimes referred to as defective software), are those applications which contain a large number of bugs, and/or bugs which seriously interfere with the program's functionality. Click the link for more information. that disappears or alters its characteristics when it is researched. A common example are bugs that occur in a release-mode compile of a program but do not occur when researched under debug-mode, or some bugs caused by a race condition A race hazard (or race condition ) is a flaw in a system or process where the output exhibits unexpected critical dependence on the relative timing of events. The term originates with the idea that two signals are racing each other to be the first to cause the output.

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87. Fields Medal Prize Winners -- 1970 From this work he generated transcendental numbers not previously identified. HeisukeHIRONAKA born April 9, 1931, Yamaguchiken, Japan Harvard University. http://www.icm2002.org.cn/general/prize/medal/1970.htm

What's ICM2002? ICM History What's IMU? ICM Prize ... Acknowledgment Fields Medal Prize Winners (1970) Alan BAKER born August 19, 1939 London Cambridge University Generalized the Gelfond-Schneider theorem (the solution to Hilbert's seventh problem). From this work he generated transcendental numbers not previously identified. Heisuke HIRONAKA born April 9, 1931, Yamaguchi-ken, Japan Harvard University Generalized work of Zariski who had proved for dimension <=3 the theorem concerning the resolution of singularities on an algebraic variety. Hironaka proved the results in any dimension. Serge NOVIKOV born March 20, 1938, Gorki, USSR Belorusskii University Made important advances in topology, the most well-known being his proof of the topological invariance of the Pontrjagin classes of the differentiable manifold. His work included a study of the cohomology and homotopy of Thom spaces. John Griggs THOMPSON born October 13, 1932, Kansas, USA

88. Ïà¹Ø±³¾°ËµÃ÷ The summary for this Chinese (Simplified) page contains characters that cannot be correctly displayed in this language/character set. http://www.tjstm.cc/ye/shxt03.htm

¡¡¡¡¡¡ ¡¡(Fields Medal) ¡¡¡¡·Æ¶û×ÈÊýѧ½±ÊǸù¾Ý¼ÓÄ´óÊýѧ¼Ò·Æ¶û×È£¨J.C.Fields.1863£­1932£©µÄ³«Òé¶øÉè¡£·Æ¶û×ÈÊǶàÂ׶à´óѧ½ÌÊÚ£¬1924Äê¶àÂ׶à¹ú¼ÊÊýѧ¼Ò´ó»áÖ÷ϯ¡£Ëû׿ԽµÄ×éÖ¯¹¤×÷ʹ¶àÂ׶àÊýѧ¼Ò´ó»á»ñµºÜ´ó³É¹¦£¬»áºóËû½¨ÒéÀûÓÕâ´Î»áÒéµÄ¾­·ÑÓà¿îÉèÁ¢Ò»Ïî¹ú¼ÊÐÔÊýѧ½±¡£·Æ¶û×ȵĽ¨ÒéÔÚ1932ÄêËÕÀèÊÀ¹ú¼ÊÊýѧ¼Ò´ó»áÉϱ»Í¨¹ý£¬µ«·Æ¶û×ȱ¾ÈËÔÚÊýÔÂÇ°ÒѲ»ÐÒ²¡¹Ê£¬ÁÙÖÕÁ¢ÏÂÒÅÑÔ£¬¼ÓÉÏËû¸öÈ˵ľè¿î£¬²¢ÔÙ´ÎÇ¿µ÷Á˽±½ðµÄ¹ú¼ÊÐÔ¡£ 1936Äê °¢¶û¸£Ë¹£¨L.V.Ahlfors·ÒÀ¼À¹ú£© ¸´·ÖÎö µÀ¸ñÀ­Ë¹£¨J.DouglasÀ¹ú£© ¼«Ð¡Çúæ 1950Äê Ê©Íß´Ä£¨L.Schwartz·¨¹ú£© ·Ö²¼ÀíÂÛ£¬·ºº¯·ÖÎö£¬¸ÅÂÊÂÛ Èü¶û²®¸ñ£¨A.SelbergŲÍþ-À¹ú£© ½âÎöÊýÂÛ£¬³éÏóµ÷ºÍ·ÖÎö 1954Äê Сƽ°îÑ壨Kodaira KunihikoÈÕ±¾£© ´úÊý¼¸ºÎ Èû¶û£¨J.-P.Serre·¨¹ú£© ´úÊýÍØÆË£¬´úÊý¼¸ºÎ 1958Äê ÍÐÄ·£¨R.Thom·¨¹ú£© ´úÊýÍØÆË£¬Î¢·ÖÍØÆË ÂÞ˹£¨K.F.RothÓ¢¹ú-µÂ¹ú£© ½âÎöÊýÂÛ 1962Äê ׶ûŵ£¨J.W.MilnorÀ¹ú£© ΢·ÖÍØÆË£¬´úÊýÍØÆË ºÕ¶ûÂüµÂ£¨L.H?rmanderÈðµä£© ƫ΢·Ö·½³Ì

89. Pinponpanpon: 社会の窓 アーカイブ The summary for this Japanese page contains characters that cannot be correctly displayed in this language/character set. http://blog.pinponpanpon.net/archives/cat_bb_news.php?page=2

90. Pinponpanpon: 社会の窓 アーカイブ The summary for this Japanese page contains characters that cannot be correctly displayed in this language/character set. http://blog.pinponpanpon.net/archives/cat_bb_news.php?page=all

91. ÖйúÔ˳ïѧ»á - ÖйúÔ˳ïѧ»á¹«¸æ°å - һЩºÍÊ The summary for this Chinese (Simplified) page contains characters that cannot be correctly displayed in this language/character set. http://bbs.orsc.edu.cn/bbs/viewthread.php?tid=435&sid=jltYms3X

92. ¸¦µæµªÍץݡ¼¥¿¥ë Ìܼ¡°ìÍ÷ The summary for this Japanese page contains characters that cannot be correctly displayed in this language/character set. http://kiyo.nii.ac.jp/articles/ncid/AN00234734/19961001_984.html

¸¦µæµªÍץݡ¼¥¿¥ëHome ¡¡We don't hold the articles in this page but table of contents only. Please ask for your nearest library about photocopies. ( Emori,Kunitomo ) ¡Ú0000045058¡Û(JPN) ( Fujimura,Kuninae ) ¡Ú0000045059¡Û(JPN) ( Kobayashi,Youtarou / Iwamatsu,Kenkichirou / Yamazaki,Hajime / Kuribayashi,Tadao ) ¡Ú0000045060¡Û(JPN) ( Sugano,Ayumu ) ¡Ú0000045061¡Û(JPN) ( Takada,Noriko ) ¡Ú0000045062¡Û(JPN) ( Ookuni,Atsuhiko ) ¡Ú0000045063¡Û(JPN) ( Kuribayashi,Tadao ) ¡Ú0000045064¡Û(JPN) ( Ookubo,Tadamune ) ·ÄØæµÁ½Î¤Î°ì´Ó¶µ°é¡ÝÏÂÅĽΤ«¤éSFC¤Ø¡Ý ¡Ú0000045065¡Û(JPN) ( Shurutsu,Joji ) ¡Ú0000045066¡Û(JPN) ( Oonuma,Hiroyuki ) ¡Ú0000045067¡Û(JPN) ( Wazaki,Haruka ) ¡Ú0000045068¡Û(JPN) ( Haga,Hideo ) ¡Ú0000045069¡Û(JPN) ( Chishima,Hisashi ) ¡Ú0000045070¡Û(JPN) ( Ikei,Masaru ) ¡Ú0000045071¡Û(JPN) ( Hiki,Yoshiki / Yamazaki,Hajime ) ¡Ú0000045072¡Û(JPN) ( Saitou,Kiyomi ) ¡Ú0000045073¡Û(JPN) ( Noro,Masami ) ¡Ú0000045074¡Û(JPN) ( Satou,Yamato ) ¡Ú0000045075¡Û(JPN) ( Sekine,Masakazu ) ¡Ú0000045076¡Û(JPN) ( Anzai,Yuuichirou ) ¡Ú0000045077¡Û(JPN) ( Hironaka,Heisuke )

93. Bulletin No. 2 De La FRUMAM (Congres Franco-Japonais Des SingularitŽs) Translate this page le soutien de la FRUMAM. René THOM Médaille Fields 1958, HeisukeHIRONAKA Médaille Fields 1970. Les relations entre la France et http://frumam.cnrs-mrs.fr/bulletins/bulletin2002-2/Bul2002-2_12_colloq-sing.html

"Singularités franco-japonaises" Lieu : CIRM (Marseille-Luminy) Dates : 9 au 14 Septembre 2002 Heisuke HIRONAKA Le but du congrès est de faire le point sur les recherches communes et d'envisager la poursuite de la coopération. Il s'agit en fait du second congrès franco-japonais de singularités. Un premier congrès a en effet eu lieu au Japon en 1998 et les actes en ont été publiés dans la revue "Advanced Studies in Pure Mathematics" de la Société Mathématique Japonaise. Plus de 20 japonais, séniors et étudiants, viendront participer au Congrès, certains d'entre eux en profiteront pour effectuer des séjours de recherche dans les laboratoires de la Région. Il faut en effet remarquer que, outre la responsabilité du PICS, Marseille abrite deux des équipes françaises de singularités, à l'IML et au LATP, lesquelles organisent avec les topologues du LATP un séminaire hebdomadaire de la FRUMAM. D'autre part, avec l'équipe de singularités de Nice, elles organisent les rencontres "Marseille-Nice de Singularités". C'est dire l'importance du thème dans la recherche mathématique de la Région.

94. Find The Lowest Prices From 51 Bookstores US, UK & Canada. Geometry Books R145, geometry Books R145. discounttextbooks.net. Be smart! Compare book pricesbefore you buy. We search discount online bookstores worldwide http://www.discounttextbooks.net/SearchBook/txtbkBrowse/t/geometry/R145/geometry

geometry Books R145 Be smart! Compare book prices before you buy. We search discount online bookstores worldwide and find the lowest book and textbook price for you! Home Bookmark This Site Recommend Us ... Help Steps for Book Price Comparison: (1) Use the form below to start book search (2) Browse the result and locate your book (3) Click "Compare Price" link Keyword Title Author ISBN Search Preferences Book Search Center Search Results: displaying 1441 - 1450 of 3270 > geometry / Books / Textbooks (sorted by Top Matches) (search info: geometry Books R145) Click "Compare Price" icon image of each book to search the lowest price from major online bookstores worldwide. Why pay more? Compare book / text book prices before you buy! Book Search Center Sort by: [Top Matches] [Best Selling] [Pub Date] [Title] Go to Page: Algebraic Geometry I; Complex Projective Varieties

95. Fields Medals 1970 From this work he generated transcendental numbers not previously identified. HeisukeHIRONAKA. born April 9, 1931, Yamaguchiken, Japan Harvard University. http://rattler.cameron.edu/EMIS/mirror/IMU/medals/1970/

Fields Medals 1970 Alan BAKER born August 19, 1939 London Cambridge University Generalized the Gelfond-Schneider theorem (the solution to Hilbert's seventh problem). From this work he generated transcendental numbers not previously identified. Heisuke HIRONAKA born April 9, 1931, Yamaguchi-ken, Japan Harvard University Generalized work of Zariski who had proved for dimension <=3 the theorem concerning the resolution of singularities on an algebraic variety. Hironaka proved the results in any dimension. Serge NOVIKOV born March 20, 1938, Gorki, USSR Belorusskii University Made important advances in topology, the most well-known being his proof of the topological invariance of the Pontrjagin classes of the differentiable manifold. His work included a study of the cohomology and homotopy of Thom spaces. John Griggs THOMPSON born October 13, 1932, Kansas, USA University of Chicago Proved jointly with W. Feit that all non-cyclic finite simple groups have even order. The extension of this work by Thompson determined the minimal simple finite groups, that is, the simple finite groups whose proper subgroups are solvable. This document has been reproduced from Albers, Donald J.; Alexanderson, G. L.; Reid, Constance:

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