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| (2004) |
Visitors（2005） （Invited or visited foreign researchers of OCAMI) |
(2006) |
| Name | Research Field | Affiliation | Period | Host |
|---|---|---|---|---|
| Alexander Stoimenow | Knot theory | The University of Tokyo, JSPS | 05.3/25 - 4.25 | KANENOBU, Taizo |
| YASHIRO, Tsukasa | Surface-knot theory | University of Auckland, JSPS | 03.8/1- 05.7/31 | KAWAUCHI, Akio |
| Ye Jiachen | Representation Theory of Algebraic Groups |
Tongji University | 05.5/20 - 6/19 | KANEDA, Masaharu |
| Zhou Zhongguo | Representation Theory of Algebraic Groups |
Tongji University | 05.5/20 - 6/19 | KANEDA, Masaharu |
| Soren Illman | Transformation groups | University of Helsinki | 05.6/6 - 6/10 | MASUDA, Mikiya |
| Dong Youp Suh | Transformation groups | Korean Advanced Institute of Science and Technology | 05.6/6-6/10 | MASUDA, Mikiya |
| Thomas Fleming | Low dimensional topology | University of California, San Diego | 05. 7/1 - 7/3 | KAWAUCHI, Akio |
| MORI, Izuru | Non-commutative algebraic geometry |
Department of Mathematics, SUNY College at Brockport |
05.7/28-8/5 | ASASHIBA, Hideto |
| Yao Mussheng | Ring theory | Fudan University | 05. 8/4 - 8/6 | KADO, Jiro |
| Rama Mishra | Polynomial representation of knots |
Indian Institute of Technology, Delhi, JSPS | 05.8.1 - 06.5.30 | KAWAUCHI, Akio |
| Clifford J. Earle | Theory of Teichmuller spaces | Cornell University | 05. 8/26-8/30 | IMAYOSHI, Yoichi |
| Fengchun Lei | 3-dimensional manifolds | Harbin Institute of Techonology | 05.8/28 - 9/4 | KAWAUCHI, Akio |
| Shen Yu-Liang | Quasiconformal Mappings and Teichmuller Theory |
Suzhou University | 05.9/1-9/30 | SAKAN, Ken-ichi |
| Taras Panov | Toric topology | Moscow State University (JSPS) | 05.9/12-07.9/11 | MASUDA, Mikiya |
| Nafaa Chbili | Knot theory | COE Research member of OCAMI | 05.9/15-06.9/14 | KAWAUCHI, Akio |
| Rainer Schulze-Pillot | Atomorphic forms | Universitaet des Saarlandes, GERMANY | 05.10/1-10/8 | FURUSAWA, Masaaki |
| Akhil Ranjan | Differential geometry | Indian Institute of Technology Bombay | 05.10/16-11/30 | MASUDA, Mikiya |
| Won Taek Song | Braid theory | Korea Institute for Advanced Study | 05.11/1-11/14 | KAWAUCHI, Akio |
| Catharina Stroppel | Representation theory of Lie algebras |
Univ. Glasgow | 05.11/21-12/5 | TANISAKI, Toshiyuki |
| Lü Zhi | Transformation groups | Fudan University | 05.11/24 - 11/27 | MASUDA, Mikiya |
| Megumi Harada | Symplectic geometry | Toronto University | 05.11/24-12/2 | MASUDA, Mikiya |
| Lee Hyeonmi | Representation theory of quantum groups |
KIAS (Korea) | 05.12/1-12/4 | TANISAKI, Toshiyuki |
| Bangming Deng | Representation theory of quantum groups |
Beijing Normal University | 05.12/1-12/10 | TANISAKI, Toshiyuki |
| Jie Xiao | Representation theory of algebras |
Tsinghua University | 05.12/1-12/10 | TANISAKI, Toshiyuki |
| Yanan Lin | Representation theory of algebras |
Xiamen University | 05.12/2-12/4 | ASASHIBA, Hideto |
| Liangang Peng | Representation theory of algebras |
Sichuan University | 05.12/2-12/4 | ASASHIBA, Hideto |
| Jelena Grbic | Homotopy theory | Aberdeen University, UK | 05.12/9ー12/14 | MASUDA, Mikiya |
| Charles A. Matthews | Hyperbolic geometry | Southeastern Oklahoma State University | 05.12/10-12/20 | KOMORI, Yohei |
| Gerald Schwarz | Invariant theory | Brandeis University, USA | 05.12/24-06.1/2 | MASUDA, Mikiya |
| Christoph Andreas Bohle | Differential Geometry (conformal surface theory, integrable systems, quaternionic holomorphic geometry (smooth and discrete)) | TU Berlin (Germany) | 06.1/21-2/1 | Geometry, Integrable Systems and Visualization |
| Markus Schmies | Scientific Computing. Visualization. Integrable Systems. Surface Theory. | TU Berlin (Germany) | 06.1/22-1/31 | Geometry, Integrable Systems and Visualization |
| Seong-Deog Yang | Differential Geometry, Surface Theory,Visualization |
Korea University | 06.1/23-1/28 | Geometry, Integrable Systems and Visualization |
| Emma Elizabeth Carberry | Differential and Algebraic Geometry, Integrable Systems | University of Sydney and University of Melbourne | 06.1/24-1/30 | Geometry, Integrable Systems and Visualization |
| John Sullivan | Geometric optimization problems, Geometric knot theory, Constant mean curvature surfaces |
TU Berlin (Germany) | 06.1/25-1/30 | Geometry, Integrable Systems and Visualization |
| Robert Sinclair | Experimental/Computational Mathematics,Differential Geometry |
Ryukyu University， visiting researcher |
06.1/25-1/30 | Geometry, Integrable Systems and Visualization |
| Josef Dorfmeister | Differential Geometry, Loop Group Method in Geometry | U-Muenchen and University of Augsburg | 06.1/25-1/30 | Geometry, Integrable Systems and Visualization |
| Bo Dai | Integrable systems, Differential geometry |
Peking University (China) | 06.1/25-1/31 | Geometry, Integrable Systems and Visualization |
| Franz Pedit | Differential Geometry and Integrable Systems | University of Massachusetts（USA） | 06.1/25-1/31 | Geometry, Integrable Systems and Visualization |
| Mark Haskins | Differential Geometry, Geometric Analysis，Symplectic Geometry | Imperial College London | 06.1/25-2/2 | Geometry, Integrable Systems and Visualization |
| Ulrich Pinkall | Differential Geometry, Visualization | TU Berlin (Germany) | 06.1/26-1/30 | Geometry, Integrable Systems and Visualization |
| Ryan Budney | Low dimensional topology | Max Planck Institute | 06.1/26-2/2 | KAWAUCHI, Akio |
| De Witt Sumners | Topology of DNA | Florida State University | 06.2/1-3/11 | KAWAUCHI, Akio |
| Ki Hyoung Ko | Low dimensional topology | KAIST | 06.2/20-2/27 06.3/ 7-3/12 |
KAWAUCHI, Akio |
| Jonathan Simon | Knot theory | University of Iowa | 06.2/21-3/11 | KAWAUCHI, Akio |
| Madeti Prabhakar | Polynomial representation of knots |
Harish-Chandra Research Institute | 06.2/20-3/21 | KAWAUCHI, Akio |
| Manju Khan | Unit Group of Finite Group Algebras | Indian Institute of Technology, Delhi | 06.2/20-3/21 | KAWATA, Shigeto |
| Alexander Vologodskii | Topology of DNA | Department of Chemistry New York University |
06.3/2-3/11 | International Workshop on Knot Theory for Scientific Objects |
| Yuanan Diao | Topology of DNA | UNC Charlotte | 06.3/5-3/11 | International Workshop on Knot Theory for Scientific Objects |
| Roger Fenn | Knot theory | University of Sussex | 06.3/5-3/11 | International Workshop on Knot Theory for Scientific Objects |
| Mariel Vazquez | Topology of DNA | San Francisco State University | 06.3/5-3/11 | International Workshop on Knot Theory for Scientific Objects |
| Javier Arsuaga | Topology of DNA | San Francisco State University | 06.3/5-3/11 | International Workshop on Knot Theory for Scientific Objects |
| Erica Flapan | Spatial graph theory | Pomona College, USA | 06.3/6-3/11 | International Workshop on Knot Theory for Scientific Objects |
| Youngsik Huh | Knot theory | Hanyang University | 06.3/6-3/11 | International Workshop on Knot Theory for Scientific Objects |
| Xia Hua | Topology of DNA | St. John's College, Honk Kong | 06.3/7-3/11 | International Workshop on Knot Theory for Scientific Objects |
| Thomas Fleming | Low dimensional topology | University of California, Berkeley | 06.3/7-3/12 | International Workshop on Knot Theory for Scientific Objects |
| Andrzej Stasiak | Topology of DNA | Université de Lausanne | 06.3/7-3/12 | International Workshop on Knot Theory for Scientific Objects |
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Last Modified on March 10, 2006. All Rights Reserved, Copyright (c) 2003-2005 Department of Mathematics, OCU |
