WORKSHOP: Convergence Research at High Magnetic Fields

非技术摘要：国家强磁场实验室（NHMFL）将组织一次题为“高磁场下的会聚研究”的科学研讨会。包括至少一名诺贝尔奖获得者在内的一些科学家将在与NHMFL的使命有关的领域举行高级别的技术科学会谈。会议将让学生接触到高水平的研究，并鼓励与会者讨论NHMFL支持的多学科和研究领域的融合。技术摘要：量子材料的现代研究，包括材料生长，新的测量和理论，取决于NHMFL提供的高磁场的可用性。一系列高水平的演讲者创造了一个很好的机会来总结在NHMFL所做的研究，并让学生接触到当前的研究课题。学生将受益于参加讲座和未解决的问题的讨论，并获得扬声器和其他参与者将使网络。在整个会议期间，将鼓励与会者通过确定趋同的研究方向，考虑可以在所提出的许多领域中解决的新问题。将编写一份会议摘要，重点放在已经播下合作和趋同研究种子的领域。会议的时间安排与MagLab理论量子物质冬季学校保持一致，这将使学生广泛参与该活动。该奖项反映了NSF的法定使命，并通过使用基金会的智力价值和更广泛的影响审查标准进行评估，被认为值得支持。

Nontechnical Abstract: A Scientific Symposium entitled Convergence Research at High Magnetic Fields will be organized by the National High Magnetic Field Laboratory (NHMFL). A number of scientists, including at least one Nobel Laureate, will present high-level, technical science talks in the areas relevant to the mission of NHMFL. The meeting will expose students to high level research and will encourage participants to discuss the convergence of multiple disciplines and areas of research enabled by NHMFL. Technical Abstract: Modern research in quantum materials, including materials growth, novel measurements, and theory, depends on availability of high magnetic fields provided by NHMFL. A collection of high level speakers creates an excellent opportunity to summarize the research done at NHMFL and expose students to current topics in research. Students will benefit from participating in the lectures and discussions of unsolved problems, and access to speakers and other participants will enable networking. Throughout the meeting participants will be encouraged to consider new questions that can be addressed across the many areas presented, by identifying convergent research directions. A summary of the conference will be prepared, focusing on areas where collaborations and convergence research seeds have been planted. Timing of the conference is aligned with the MagLab Theory Winter School on Quantum Matter, which will enable broad student participation in the event.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.