Conference: Graduate Student Support to Attend the 2023 Magnetics Summer School in Bari, Italy, June 11-16, 2023

拟议中的电气和电子工程师磁性学会暑期学校的目标是于2023年6月11日至16日在意大利的巴里组织，旨在汇集一群在磁性和相关领域进行研究的国际研究生。它包括专家讲座，参与研究生的海报展示，关于磁性职业的小组讨论，以及参观当地研究设施的实地考察。该计划涵盖磁学的基础知识和高级主题。它鼓励不同群体的学生进入磁学社区。对学生最重要的影响是能够与专家互动并讨论他们的个人研究项目的兴奋。暑期学校提供了网络的机会，看看如何与来自不同背景的人进行专业互动。讲师将与学生进行正式和非正式的互动。预计将有90-100名学生参加竞争性申请的基础上选择。制备和理解磁性材料并在电磁设备中利用其特性的能力已经彻底改变了我们的生活。磁性材料所实现的当前技术包括磁记录头和介质、非易失性随机存取存储器、电机、节能设备和生物医学应用。除了电子电荷之外，电子自旋的使用导致了自旋电子学的革命。新材料和新现象不断涌现。 具体的主题包括历史，基础知识，模拟和理论，测量和具有挑战性的应用磁性，从生物到计算。讲座和讨论的分组将解决该领域当前的挑战，在具有自旋动量锁定的拓扑材料，量子比特的磁振子光子耦合，低功耗和环境友好型磁性器件的策略等方面出现新的想法。这些领域的最新成果将由领先的专家向学生展示。学生将发展他们的沟通技巧，并感到更有能力提出新的想法。这个奖项反映了NSF的法定使命，并已被认为是值得通过评估使用基金会的智力价值和更广泛的影响审查标准的支持。

The goal of the proposed Electrical and Electronics Engineers Magnetics Society Summer School being organized in Bari, Italy, from June 11-16, 2023, is to bring together an international group of graduate students doing research in magnetism and related areas. It consists of lectures by experts, poster presentations by participating graduate students, panel discussions about careers in magnetism, and a field trip to visit local research facilities. The program covers fundamentals and advanced topics in magnetism. It encourages a diverse group of students into the magnetics community. The most significant impact for students is the excitement of being able to interact with experts and discuss their personal research project. The Summer School provides opportunities to network and see how to interact professionally with people from a range of backgrounds. Lecturers will have both formal and informal interactions with the students. It is expected that 90-100 students will participate based on the selection from competitive application. The ability to prepare and understand magnetic materials and exploit their properties in electromagnetic devices has revolutionized our lives. Current technologies enabled by magnetic materials include magnetic recording heads and media, non-volatile random-access memory, motors, energy-saving devices, and biomedical applications. The use of electron spin, in addition to electron charge, has led to the spintronics revolution. New materials and phenomena are constantly emerging. Specific topics include history, fundamentals, simulations and theory, measurements and challenging applications of magnetism ranging from bio-to-computing. The grouping of lectures and discussions will address current challenges in the field, with emerging new ideas on topological materials with spin-momentum locking, magnon-photon coupling for qubits, strategies for low power and environmentally friendly magnetic devices, etc. The boundaries between these areas are constantly pushed to overcome challenges and identify new possibilities. The latest results in these areas will be presented to the students by leading experts. The students will develop their communication skills and feel more empowered to suggest new ideas.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.