Conference: Harmonic and Complex Analysis: Modern and Classical

该奖项支持美国参加将于2023年6月18日至22日在以色列巴伊兰大学举行的“谐波与复分析：现代与古典”会议。这次会议是由巴伊兰大学、霍隆理工学院、ORT Braude学院、特拉维夫大学和南佛罗里达大学的研究人员联合组织的。在会议上的演讲范围从全会讲座描述复杂和谐波分析的形式访问先进的研究生和年轻的研究人员，以更专门的谈话重点研究课题的最新突破性成果。该奖项支持来自美国机构的早期职业研究人员和研究生的旅行。参加这次国际会议的初级研究人员将有利于美国研究界通过促进新的合作和美国之间的研究思想交流。基于研究人员在谐波和复杂的分析和他们的同行在地球仪工作。会议的重点是一套目前新兴的主题之间的边界数学和物理学。全体演讲者的研究领域包括：（1）椭圆算子本征模的局部化，它将几何测量理论和谐波分析的深入结果与量子物理学、降噪墙、LED和光学设备的现代应用结合起来;（2）谐波分析与医学成像的应用;（3）随机代数几何和引力透镜;（4）经典调和分析与概率论的应用;（5）经典复分析与函数论，对数学物理中的著名问题，如Hele-Shaw流、Laplacian增长和库仑气体的研究，提出了新的解决方案。https://hca2023.math.biu.ac.il该奖项反映了NSF的法定使命，并被认为值得通过使用基金会的知识价值和更广泛的影响审查标准进行评估来支持。

This award supports U.S. participation in the conference “Harmonic and Complex Analysis: Modern and Classical” to be held June 18-22, 2023 at Bar Ilan University, Israel. The conference is jointly organized by researchers from Bar-Ilan University, Holon Institute of Technology, ORT Braude College, Tel Aviv University, and the University of South Florida. Presentations at the conference range from plenary lectures describing recent breakthrough results in complex and harmonic analysis in a form accessible to advanced graduate students and young researchers, to more specialized talks on focused research topics. The award supports the travel of early-career researchers and graduate students from U.S. institutions. Participation of beginning researchers in this international conference will benefit the U.S. research community by fostering new collaborations and the exchange of research ideas between U.S.-based researchers working in harmonic and complex analysis and their counterparts across the globe.The conference focuses on a suite of currently emerging themes at the borderline between mathematics and physics. Areas of research of the plenary speakers include (1) localization of eigenmodes of elliptic operators, which unites deep results in geometric measure theory and harmonic analysis with modern applications to quantum physics, noise abatement walls, LEDs, and optical devices; (2) harmonic analysis with applications to medical imaging; (3) stochastic algebraic geometry and gravitational lensing; (4) classical harmonic analysis with applications to probability theory; and (5) classical complex analysis and function theory, with new lines of attack on well-known problems in mathematical physics, such as Hele-Shaw flows, Laplacian growth, and the study of Coulomb gases. Further information can be found at https://hca2023.math.biu.ac.il .This award reflects NSF's statutory mission and has been deemed worthy of support through evaluation using the Foundation's intellectual merit and broader impacts review criteria.