2002 Gordon Research Conference on Correlated Electrons, Colby College, Waterville, ME, June 29-July 3, 2002

该奖项为将于6月29日至7月3日在缅因州沃特维尔的科尔比学院校园举行的2002年戈登相关电子研究会议提供了部分支持。NSF的资金将用于支付高级研究生、博士后研究人员和没有其他支持的年轻教师的部分注册费用。相关电子的物理学既充满了基础科学的挑战，也孕育了产生技术影响的可能性。会议将涵盖该领域最活跃的话题之一，包括有机-分子场效应晶体管系统中二维电子的超导及其相关性质，稀磁半导体和其他低电子密度系统中的铁磁性，以及氧化物超导实验和理论研究的新进展。该奖项为将于6月29日至7月3日在缅因州沃特维尔的科尔比学院校园举行的2002年戈登相关电子研究会议提供部分支持。NSF的资金将用于支付高级研究生、博士后研究人员和没有其他支持手段的年轻教员的部分注册费用。相关电子的物理学既充满了基础科学的挑战，也孕育了产生技术影响的可能性。这次会议将涉及这一领域最活跃的一系列议题。会议的亮点包括关于了解半导体铁磁性的最新进展的报告，这种现象可以使长期信息存储和信息处理在同一半导体设备中发生，以及关于有机材料中由栅极电压控制的超导性能的报告，这一现象可能导致室温超导。

This award provides partial support for the 2002 Gordon Research Conference on Correlated Electrons to be held June 29 - July 3 on the Campus of Colby College in Waterville Maine. NSF funds will be used to partially defray the registration costs of advanced graduate students, postdoctoral researchers, and young faculty with no other support. The physics of correlated electrons is both rich in basic science challenges and pregnant with possibilities for technological impact. The conference will cover a broad range of topics that are among the most active in this field including, superconductivity and related properties of two-dimensional electrons in organic-molecule field-effect-transistor systems, ferromagnetism in diluted magnetic semiconductors and other low-electron-density systems, and new advances in experimental and theoretical studies of oxide superconductivity. %%%This award provides partial support for the 2002 Gordon Research Conference on Correlated Electrons to be held June 29 - July 3 on the Campus of Colby College in Waterville Maine. NSF funds will be used to partially defray the registration costs of advanced graduate students, postdoctoral researchers, and young faculty with no other means of support. The physics of correlated electrons is both rich in basic science challenges and pregnant with possibilities for technological impact. The conference will cover a broad range of topics that are among the most active in this field. Conference highlights include reports on the latest advances of efforts to understand ferromagnetism in semiconductors, a phenomenon that could enable long-term information storage and information processing to occur in the same semiconductor device, and reports on superconductivity controlled by gate voltages in organic materials, a phenomenon that could lead to room temperature superconductivity.