微分动力系统与变分方法天元数学讲习班

微分动力系统与变分法是数学的重要分支，在物理学、化学、生物学、大气科学等领域都有着广泛的应用。但是国内相关领域的研究水平与国际先进水平相比尚有差距。为了提高国内学者的学术水平，加强国内学者与国际相关专家的合作交流，故申请本项目。. 本项目拟邀请权威专家讲授基础课和专业课，邀请国际权威专家来华就专业前沿课开展学术报告，与国内此领域学者共同探讨。讲习班拟采取授课、学术报告、研讨以及合作撰写论文的方式，有效地进行学习和交流。通过本次讲习班，国内青年学者可夯实动力系统与变分法的基础知识，了解相关问题的研究前沿，并筛选出兴趣点作为以后的研究课题。南京信息工程大学有一个动力系统与变分法研究团队。学校可以提供优越的会议条件服务。欢迎各位专家莅临南京信息工程大学进行研讨。. 期待着在数学天元基金的资助下，通过本项目的实施，能够带动国内动力系统与变分法的深入发展，提升国内研究水平。

Differential dynamical system and variational method are important branches of mathematics, which are widely used in physics, chemistry, biology, atmospheric science and other fields. However, there is still a gap between the domestic research level and the international advanced level. In order to improve the academic level of domestic scholars and strengthen the cooperation and exchange between domestic scholars and international experts, we try to apply this project.. In this project, authoritative experts will be invited to teach basic and professional courses, and international authoritative experts will be invited to conduct academic reports on professional frontier courses in China to discuss with domestic outstanding scholars of dynamic system. The workshop will adopt the way of teaching, academic report, discussion and cooperation in writing papers, so as to effectively study and exchange. Through this workshop, domestic young scholars can consolidate the basic knowledge of dynamic system and variational methods, understand the research frontier of related issues, and select the interest points as future research topics. Nanjing University of Information Science & Technology has teams for dynamic system and variational method research. The university would like to offer all the facilities and service needed. Welcome all the experts to Nanjing University of Information Science & Technology for discussion.. It is expected that with the support of the Tianyuan Foundation of Mathematics, through the implementation of this project, it can promote the research on dynamic system and variational method and their applications in China, and enhance the research level for domestic scholars in related fields.