Gordon Research Conference and Seminar on Conductivity and Magnetism in Molecular Materials: from Emergent Phenomena to Molecule-Based Devices

本次戈登研究会议（GRC）在戈登研究研讨会（GRS）之前，旨在通过基础研究实现新的尖端技术，为分子材料科学和技术的创新进步提供一个论坛。电子是功能材料中的主要参与者，它有两个自由度：自旋和电荷，它们分别负责磁性和导电性。使这些自由度集成、涌现和协同是分子基材料和器件创新的关键。以下主题将涵盖：分子自旋电子学和分子基器件；强关联系统与涌现现象；分子量子比特和量子技术；拓扑态，手性磁体；极端条件下的超导性；光致流程;新颖的材料、功能和理念。GRC/GRS联合主席积极参与专题研究领域，完全有资格开展该项目。GRC联合主席Kanoda教授和Shatruk教授有组织其他高影响力会议的经验，并参加了本系列的前两次GRC。GRS联合主席Andrej Pustogow和Lakshmi Bhaskaran参加了2016年举行的上一届GRS和GRC。该奖项反映了美国国家科学基金会的法定使命，并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，被认为值得支持。

This Gordon Research Conference (GRC), preceded by a Gordon Research Seminar (GRS), aims to provide a forum for innovative progress in science and technology of molecular materials by enabling new cutting-edge technologies through fundamental research. Electrons, the main players in functional materials, have two degrees of freedom, spin and charge, which are responsible for magnetism and conductivity, respectively. Making these degrees of freedom integrated, emergent, and synergetic is a key to innovation in molecule-based materials and devices. The following topics will be covered: molecular spintronics and molecule-based devices; strongly correlated systems and emergent phenomena; molecular qubits and quantum technologies; topological states, chiral magnets; superconductivity under extreme conditions; light-induced processes; novel materials, functionalities, and ideas. The GRC/GRS Co-Chairs are actively involved in the topical areas of research and are well qualified to conduct this project. GRC Co-Chairs, Prof. Kanoda and Prof. Shatruk have experience in organizing other high-impact conferences and participated in both previous GRCs of this series. The GRS Co-Chairs,Andrej Pustogow and Lakshmi Bhaskaran, participated in the previous GRS and GRC that took place in 2016.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.