Prairie Analysis Seminar 2005

2005年草原分析研讨会

• 批准号: 0531048
• 负责人: Marianne Korten
• 金额: $ 0.96万
• 依托单位: Kansas State University
• 依托单位国家: 美国
• 项目类别: Standard Grant
• 财政年份: 2005
• 资助国家: 美国
• 起止时间: 2005-10-01 至 2006-09-30
• 项目状态: 已结题
• 来源: https://www.nsf.gov/awardsearch/showAward?AWD_ID=0531048&HistoricalAwards=false
• 关键词: Prairie; Analysis; Seminar; 2005

ABSTRACTThe Prairie Analysis Seminar, an ongoing joint project of Kansas StateUniversity and the University of Kansas, has had four very successfulannual meetings in 2001-2004. The 2005 meeting will be held at KansasState University on October 14-15. The main speaker is Carlos Kenig ofthe University of Chicago who will give two one-hour lectures. Professor Kenig's work is broad and far reaching in the field of harmonic analysis and the application of harmonic analysis and analysis techniques to partial differential equations, including non-linear evolution equations and free boundary problems. Professors James Colliander of the University of Toronto and Alexandru Ionescu of the University of Wisconsin will each give a one-hour lecture on topics related to Kenig's lecture. Contributed talks will be solicited and the conference will include a session on discussion and open problems.Differential equations provide mathematical models in physics,engineering, and indeed throughout the sciences. Solutions or anunderstanding of the behavior of solutions can give insight into thephysical system being modeled and can be used to predict behavior. Themain lecturers invited are known for their uses of analysis and harmonic analysis techniques to study a variety of equations that arise in mathematical models, making this conference of interest to researchers in several fields: differential equations and their models, analysis, and harmonic analysis. This annual conference has become important in the geographical area, due to the quality of the meeting and the lack of other conferences and meetings in analysis in this region, especially in the fall. The Prairie Analysis Seminar is now quickly becoming a tradition with a national and even international reputation. The seminar is structured so as to keep costs for the host university and participants to a minimum, allowing a wide range of mathematicians to attend. The main speakers chosen are at the forefront of their field, giving all in attendance the opportunity to learn of their recent work. Equally important is that the conference will allow participants to give contributed talks. This is critically important for graduate students, postdoctoral researchers, and those early in their careers, to increase their visibility and awareness of their work in the mathematical community. The first four editions attracted a number of researchers from small universities and colleges throughout the region, in addition to those attending from major research institutions. Many of thesefaculty maintain research careers in spite of geographical isolation and welcome the rare opportunity to meet with other mathematicians. Strong connections with these small universities and colleges are mutually beneficial, as these schools produce many excellent undergraduate students who can be attracted to graduate education in mathematics and sciences. Social events planned will increase the scientific interaction and foster useful personal connections among the participants.

摘要的草原分析研讨会是堪萨斯州立大学和堪萨斯大学的一个正在进行的联合项目，在2001 - 2004年举行了四次非常成功的年度会议。 2005年的会议将于10月14日至15日在坎萨斯特特大学举行。 主要发言人是芝加哥大学的卡洛斯·肯尼格（Carlos Kenig），他将进行两个小时的讲座。 肯尼格教授的工作广泛，在谐波分析领域以及谐波分析和分析技术在偏微分方程中的应用，包括非线性进化方程和自由边界问题。多伦多大学的詹姆斯·科利安德（James Colliander）和威斯康星大学的亚历山德鲁·伊奥尼斯库（Alexandru ionescu）将分别就与肯尼格（Kenig）的演讲有关的主题进行一个小时的演讲。将征求贡献的会谈，并会议包括有关讨论和开放问题的会议。不同的方程式提供了物理，工程以及整个科学的数学模型。解决方案的解决方案或解决方案行为的弥补可以洞悉被建模的物理系统，可用于预测行为。邀请他们邀请的他们的讲师以其分析和谐波分析技术的使用来研究数学模型中出现的各种方程式，从而使研究人员在多个领域中引起了这次感兴趣的会议：微分方程及其模型，分析和谐波分析。由于会议质量以及该地区的分析中缺乏其他会议和会议，尤其是在秋季，这次会议在地理区域变得很重要。 草原分析研讨会现在正迅速成为具有国家甚至国际声誉的传统。该研讨会的结构化，以便将托管大学和参与者的成本保持在最低限度，从而使许多数学家可以参加。选定的主要发言人处于其领域的最前沿，让所有人都有机会了解他们最近的工作。同样重要的是，会议将允许参与者进行贡献。对于研究生，博士后研究人员以及职业生涯的早期，这至关重要，以提高他们在数学社区中对工作的知名度和认识。前四个版本还吸引了来自该地区小型大学和大学的许多研究人员，除了主要研究机构的参与。 尽管有地理隔离，但许多教师仍保持研究生涯，并欢迎与其他数学家见面的难得的机会。与这些小大学和大学的紧密联系是互惠互利的，因为这些学校产生了许多出色的本科生，这些学生可以吸引数学和科学研究生教育。 计划的社交活动将增加科学互动并促进参与者之间有用的个人联系。