Mesospin Conference, Cortona Italy - 2000

Mesospin 会议，意大利科尔托纳 - 2000 年

• 批准号: 0086304
• 负责人: Aron Pinczuk
• 金额: $ 1万
• 依托单位: Columbia University
• 依托单位国家: 美国
• 项目类别: Standard Grant
• 财政年份: 2000
• 资助国家: 美国
• 起止时间: 2000-07-01 至 2000-12-31
• 项目状态: 已结题
• 来源: https://www.nsf.gov/awardsearch/showAward?AWD_ID=0086304&HistoricalAwards=false
• 关键词: Mesospin; Conference; Cortona; Italy; 2000

This project is in support of an international conference on Spintronics in the form of a travel grant. Spintronics is the control of electron flow by means of magnetic fields (acting on the spin-magnetic moments of the electrons) rather than by conventional electric fields. Thanks to the spectacular development of growth and fabrication methods, the body of experimental, theoretical and conceptual knowledge of new spin states and coherent spin processes in artificial quantum structures has grown enormously in recent years. The field has reached a stage where the active control and manipulation of electron spin is possible. The conference will bring together leading scientists and young researchers working in different areas of spin physics in mesoscopic systems, to stimulate the exchange of ideas and to facilitate the dissemination of the most recent results. The conference covers the most intriguing and innovative aspects of spin effects in systems of reduced physical dimensions. Its aim is the highlighting of general concepts and the exploration of new directions of research.%%%This project is in support of an international conference on Spintronics in the form of a travel grant. Spintronics is the control of electron flow by means of magnetic fields (acting on the spin-magnetic moments of the electrons) rather than by conventional electric fields. Thanks to the spectacular development of growth and fabrication methods, the body of experimental, theoretical and conceptual knowledge of new spin states and coherent spin processes in artificial quantum structures has grown enormously in recent years. The field has reached a stage where the active control and manipulation of electron spin is possible. The conference will bring together leading scientists and young researchers working in different areas of spin physics in mesoscopic systems, to stimulate the exchange of ideas and to facilitate the dissemination of the most recent results. The conference covers the most intriguing and innovative aspects of spin effects in systems of reduced physical dimensions. Its aim is the highlighting of general concepts and the exploration of new directions of research. The conference is international in scope. This project will provide funding to support the travel and local expenses of advanced graduate students, postdoctoral research associates and junior faculty from universities and colleges in the United States. The benefits that derive from this support include up-to-date information to our young investigators on the most advanced research conducted in the world in nano-science and technology.

该项目以旅费补助的形式支持一次关于自旋电子学的国际会议。自旋电子学是通过磁场（作用于电子的自旋磁矩）而不是传统的电场来控制电子流。由于生长和制造方法的惊人发展，近年来，人工量子结构中新自旋态和相干自旋过程的实验、理论和概念知识的主体得到了巨大的增长。 该领域已经达到了一个阶段，其中电子自旋的主动控制和操纵是可能的。 会议将汇集在介观系统自旋物理学不同领域工作的领先科学家和年轻研究人员，以促进思想交流并促进最新成果的传播。会议涵盖了减少物理尺寸的系统中自旋效应的最有趣和创新的方面。其目的是突出一般概念和探索新的研究方向。该项目以旅费补助的形式支持一次关于自旋电子学的国际会议。自旋电子学是通过磁场（作用于电子的自旋磁矩）而不是传统的电场来控制电子流。由于生长和制造方法的惊人发展，近年来，人工量子结构中新自旋态和相干自旋过程的实验、理论和概念知识的主体得到了巨大的增长。 该领域已经达到了一个阶段，其中电子自旋的主动控制和操纵是可能的。 会议将汇集在介观系统自旋物理学不同领域工作的领先科学家和年轻研究人员，以促进思想交流并促进最新成果的传播。会议涵盖了减少物理尺寸的系统中自旋效应的最有趣和创新的方面。其目的是突出一般概念和探索新的研究方向。 这次会议是国际性的。 该项目将提供资金，以支助美国大学和学院高级研究生、博士后研究助理和初级教员的旅费和当地费用。从这种支持中获得的好处包括向我们的年轻研究人员提供关于世界上最先进的纳米科学和技术研究的最新信息。