Texas Algebraic Geometry Seminar (TAGS) 2009; College Station, TX; Spring 2009

摘要主要研究者：Rojas，J. Maurice 提案编号：DMS-0915235机构：得克萨斯州A M研究基金会标题：得克萨斯州代数几何研讨会（TAGS）2009年得克萨斯州代数几何研讨会（TAGS），由得克萨斯州A M大学，得克萨斯大学奥斯汀分校和赖斯大学赞助，旨在提高教育和研究氛围的日益增长的社区得克萨斯州代数几何学家和研究人员在相关领域。&&这项建议是为这一重要会议提供部分资金。会议致力于将国家和国际地位的研究人员带到德克萨斯州，讨论代数几何的研究，并与德克萨斯州和周边州的数学家进行互动。作为数学的一个主要领域，代数几何也是许多现代技术背后的算法的来源。例如，如果没有代数几何的语言，对密码学、编码理论或量子计算的透彻技术理解是不可能的。 该会议使得克萨斯州和周边州（一个大的地理区域）的代数几何学家社区能够定期会面并分享新的成果。这既刺激了个人研究，也产生了学校之间富有成效的合作努力。此外，会议致力于发展研究生和青年教师在代数几何。最后，独特的环境在得克萨斯州的一个M，在那里受过古典训练的代数几何工作的应用问题的影响，如信号处理和计算机科学领域，确保会议将产生影响，远远超出数学。&

ABSTRACT Principal Investigator: Rojas, J. Maurice Proposal Number: DMS - 0915235 Institution: Texas A&M Research Foundation Title: Texas Algebraic Geometry Seminar (TAGS) 2009The Texas Algebraic Geometry Seminar (TAGS), sponsored by Texas A&M University, the University of Texas at Austin, and Rice University, is designed to enhance both the educational and the research atmosphere of the growing community of Texas algebraic geometers and researchers in related areas. This proposal is for partial funding of this important conference. The conference is committed to bring researchers of national and international stature to Texas to discuss research in algebraic geometry and to interact with mathematicians from Texas and surrounding states. A principal area of mathematics, algebraic geometry is also the source of algorithms behind much of modern technology. For example, a thorough technical understanding of cryptography, coding theory, or quantum computing is impossible without the language of algebraic geometry. The conference makes it possible for the community of algebraic geometers from Texas and surrounding states (a large geographic region) to meet and share new results on a regular basis. This both stimulates individual research and generates productive cooperative efforts between schools. Also, the conference is dedicated to the development of graduate students and young faculty in algebraic geometry. Finally, the unique environment at Texas A&M, where classically trained algebraic geometers work on applied problems with impact in areas such as signal processing and computer science, insures that the conference will have an impact that goes well beyond mathematics.