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Geometry of integrable systems with infinite degrees of freedom and new development of moduli theory.

无限自由度可积系统的几何与模理论的新发展。

基本信息

批准号：
14102001
负责人：
UENO Kenji
金额：
$ 68.81万
依托单位：
Kyoto University
依托单位国家：
日本
项目类别：
Grant-in-Aid for Scientific Research (S)
财政年份：
2002
资助国家：
日本
起止时间：
2002 至 2006
项目状态：
已结题

来源：
https://kaken.nii.ac.jp/grant/KAKENHI-PROJECT-14102001/
关键词：
Integrable systems with infinite degrees of freedom Moduli space Conformal field theory Modular functor Topological field theory Rigid geometry Arithmetic geometry Painleve equations 政論幾何学無限次元代数代数曲線ヤコビ多様体曲線の退化重複ファイバー K3曲面

项目摘要

From non-abelian conformal field theory (WSWN-model) and abelian conformal field Ueno and J.E. Andersen constructed modular functor and studied properties of the associated topological field theory. They also showed that S-matrices of non-abelian conformal field theory are determined by the genus 0 data. Moreover they showed that the Nielsen-Thurston classification of mapping class groups of 4-pointed spheres is determined by their quantum SU (n) representations. F. Kato and his collaborators have constructed the most general rigid geometry so that it can be applied to study moduli spaces by analytic method. S. Mochizuki has studied categorical aspect of moduli space of algebraic curves from different viewpoints. For example, he constructed theory of Frobenioids and that of etale theta functions, which give new direction of study of moduli spaces. Moreover, many interesting results on geometric and arithmetic properties of moduli spaces were obtained.For theory of integrable systems K. Takasaki and his collaborators found that moduli spaces play important roles in the soliton theory. Also interesting relationship between geometry of special algebraic curves and Painleve equations were found. Moreover several important properties of quantum cohomology and quantum K-theory of flag manifolds have been found.Our studies show that mathematical structure of moduli space is deeper than what we thought at the beginning and we need new mathematical tools for further investigations. Our results give a part of such tools and also show new directions to further investigations.

从非阿贝尔共形场论（WSWN-model）和阿贝尔共形场出发，Ueno和J.E. Andersen构造了模函子，并研究了相关拓扑场论的性质。他们还证明了非阿贝尔共形场论的s矩阵是由属0数据决定的。此外，他们还证明了4点球面映射类群的Nielsen-Thurston分类是由它们的量子SU (n)表示决定的。F. Kato和他的合作者已经构造了最一般的刚性几何，因此它可以应用于用解析方法研究模空间。望月从不同的角度研究了代数曲线模空间的范畴方面。例如，他构造了Frobenioids理论和ettale函数理论，为模空间的研究提供了新的方向。此外，还得到了模空间的几何和算术性质的许多有趣的结果。在可积系统理论中，高崎等人发现模空间在孤子理论中起着重要的作用。此外，还发现了特殊代数曲线几何与painlevel方程之间的有趣关系。此外，还发现了标志流形的量子上同调和量子k理论的几个重要性质。我们的研究表明，模空间的数学结构比我们一开始想象的要深刻，我们需要新的数学工具来进一步研究。我们的研究结果提供了这些工具的一部分，也为进一步的研究指明了新的方向。