Tao Of The Renga: Japanese-style Poetry perhaps mathematicians will give it a glance someday Feign. Renga Kika Renga( linked verse ) is japanese poetry where people take turns adding verses. http://doodle.mouken.com/renga_poetry.php3?n=3
Takaaki NOMURA's Home Page Earlier Works Click Here. Downloadable Articles and Transparencies Written in japaneseClick Here (Nov. 22, 2002). Educational Activities in japanese (Feb. http://www.kusm.kyoto-u.ac.jp/~nomura/
Extractions: Recent Works: (will be deleted when Math.-Reviewed) A characterization of symmetric cones by means of pseudoinverse maps, joint work with C. Kai (a student of mine). Geometric norm equality related to the harmonicity of the Poisson kernel for homogeneous Siegel domains, J. Funct. Anal. Family of Cayley transforms of a homogeneous Siegel domain parametrized by admissible linear forms Diff. Geom. Appl. A symmetry characterization for homogeneous Siegel domains related to Berezin transforms, In "Geometry and analysis on finite- and infinite-dimensional Lie groups", A. Strasburger et al. ed., Banach Center Publ. (2002), 323334; Proceedings of the workshop "Lie groups and Lie algebras" Bedlewo (Poland), Sep. 0415, 2000. Cayley transforms and symmetry conditions for homogeneous Siegel domains , Adv. Stud. Pure Math., Recent Abstracts in English: Recent Transparencies in English: Symmetry of homogeneous Siegel domains and harmonicity of the Poisson-Hua kernel, PDF file 114Kb, for talk in the the conference
Masatoshi NOUMI M.Noumi Affine Weyl group approach to Painleve equations, in InternationalCongress of mathematicians (2002, Beijing) , (Ed. LI http://www.math.s.kobe-u.ac.jp/HOME/noumi/jindex.html
Extractions: * To Kobe Seminar on Integrable Systems ½éÈÇÂ裱ºþ(2000ǯ9·î)¤Î¤¿¤á¤ÎÀµ¸íɽ (2001ǯ12·îºîÀ®) [ platex, 3 ÊÇ: src ps M.Noumi and Y.Yamada: Affine Weyl group symmetries in Painleve type equations, in "Toward the exact WKB analysis of differential equations, linear or non-linear" (Eds. C.J.Howls, T.Kawai, Y.Takei), Kyoto University Press, Kyoto, 2000, 245-259. Y.Kajihara and M.Noumi: Raising operators of row type for Macdonald polynomials, Compositio Math. 120(2000), 119-136. ¹âÌ°ì¡¦ÌÀµ½Ó ÊÔ¡§ ¥Ñ¥ó¥ë¥ô¥§ÊýÄø¼°¤Îį˾¡¤ Rokko Lectures in Mathematics 7, 2000. ¿À¸ÍÂç³Ø¿ô³Ø¶µ¼¼ ÌÀµ½Ó¡¦»³ÅÄÂÙɧ¡§ Painleve ÊýÄø¼°¤ÎÂоÎÀ, ¿ô³Ø 53(2001), 62-75. M.Noumi and Y.Yamada: Birational Weyl group action arising from a noilpotent Poisson algebra, in Physics and Combinatorics 1999 , Proceedings of the Nagoya 1999 International Workshop (Eds. A.N.Kirillov, A.Tsuchiya, H.Umemura), 287-319, World Scientific, 2001. (math.QA/0012028) J.Nakagawa, M.Noumi, M.Shirakawa and Y.Yamada: Tableau representation for Macdonald's ninth variation of Schur functions, in
Mathematicians Most Famous mathematicians A concise index of the famous mathmaticians and JapaneseFood Guide Setsuko Yoshizuka explains how Valentine's Day is celebrated in http://math.about.com/cs/mathematicians/
±¹³»¿Ü ¼öÇаè Μ¿Çâ-±èÀΰ ? 1. About the conference This conference is held annually among Japanesemathematicians who study the hyperbolic geometry and related topics. http://www.mathnet.or.kr/icms/math/kiminkang.htm
Extractions: This conference is held annually among Japanese mathematicians who study the hyperbolic geometry and related topics. This one was the fifth conference held at Kyoto institute. It is organized by Professor Shigeyasu Kamiya in Okayama University and I was invited as one of the 20 Japanese speakers. Since I was the only foreigner, they sometimes spoke in Japanese, which made me decide to learn Japanese in a few years. I and Professor Kamiya and another colleague stayed in a nearby hotel which was opposite to the old emperor's palace called the Garden Palace. Kyoto was a quiet, gracious and Japanese-like old city spotted by many temples and gardens. In the coference, many topics are treated including a classical 3 dimensional hyperbolic geometry such as Marden's conjecture, arithmetic Kleinian groups, 3-dimensional manifold invariants such as eta-invariant and Casson invariant, complex hyperbolic space, locally conformal Kahler geometry and etc. I talked about the marked length rigidity in a complex projective structure on Rimann surfaces.
Jurij Vega - Wikipedia He had developed the second term in the series only once. Japanesemathematicians of that time had used two approximations p http://www.wikipedia.org/wiki/Jurij_Vega
Extractions: 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 All pages by title Blocked IP addresses Maintenance page External book sources Printable version Talk Log in Help From Wikipedia, the free encyclopedia. Baron Jurij Vega (also correct Veha March 23 September 26 ) was a Slovene mathematician and officer Born in the small village of Zagorica, near Dolsko eastern of Ljubljana Slovenia , Jurij was 6 years old when his father Jernej Veha died. Jurij ( German Georg English George he attended high school for six years in Ljubljana. (subjects: Latin Greek religion German ... mathematics ). At that time there were about 500 students there. He was a schoolfellow of , a Slovene writer and historian. Jurij completed high school when he was 19, in . After completing Lyceum in Ljubljana he became a navigational engineer. Tentamen philosophicum , a list of questions for his comprehensive examination was preserved and is available in the Mathematical Library in Ljubljana. The problems cover the following areas:
Res-int-greg This is one area where the long standing connection between Aberdeen and Japanesemathematicians has been significant; some of the pioneering work on the http://www.maths.abdn.ac.uk/~ran/rctg/res-int-michaelc.html
Extractions: Dr MICHAEL CRABB and James (Oxford) have complete their project of writing an extensive treatise on fibrewise topology and homotopy; immediate interests among other mathematicians has been in the later parts dealing with the stable theory and its geometric significance, particularly given the wider that the Seiberg-Witten invariant is an invariant of stable homotopy. In collaboration with Sutherland (Oxford), Crabb has used ideas of fibrewise homotopy theory to give information about the homotopy and homology of gauge groups.and later work has shown that there are only finitely many H-homotopy types of gauge groups for a given group and fixed base space and also includes a detailed analysis of the case of SU(2)-bundles. This is one area where the long standing connection between Aberdeen and Japanese mathematicians has been significant; some of the pioneering work on the homotopy theory of gauge groups was done in Aberdeen by A.Kono from Kyoto some years ago. Crabb has also been developing a general index theory for differential equations in the context of equivariant stable homotopy theory and analysis on infinite dimensional manifolds.
TUS - Science And Technology Museum The Museum display Edoera textbook of mathematics and physics developed by Japanesemathematicians and physicsts, experimental apparatus used in classroom of http://www.tus.ac.jp/edocs/faci/museum.html
Extractions: The Museum display Edo-era textbook of mathematics and physics developed by Japanese mathematicians and physicsts, experimental apparatus used in classroom of Tokyo Collage of Science(SUT's predecessor), Oriental abacuses and calculators developed in Japan and computers. These are priceless reference materials for the development of science and technology in Japan. The Museum also houses various inventions by Thomas Edison:a telegram machine,a magnetic type telephone,a DC motor,a DC generator,an electric car,aloud speaker,and a kinetoscope. These valuable articles are the pride of our University. The Museum is open to everyone who is interested in science and technology. The Museum was opened in 1991,thanks to the generosity of Mr.Tomishisa Futamura,a graduate of our University.
TU-Berlin China Study Group commented upon many times. The versions were widespread among the Japanesemathematicians in Edo period. In this paper, the authors http://station7.kgw.tu-berlin.de/english/abstracts/FengL.html
Extractions: Technische Universitaet Berlin Department 1: Communications and History Study Group for the History and Philosophy of Chinese Science and Technology 8th International Conference on the History of Science in China Investigation of Versions of Suanxue Qimeng (Introduction to Mathematical Studies) FENG LISHENG, LI DI Huhhot, China The Suanxue qimeng (Introduction to Mathematical Studies) Suanxue qimeng in the following aspects: (1) History of diffusion of the book (2) Basic situation of the extant versions (3) Comparisons of the different versions.
