CAREER: Tunneling into the Edge of the Quantum Hall Fluid

该职业奖支持研究开发强相关电子系统中状态隧穿密度的新理论。这项研究的一个重点是协调理论和从量子霍尔边缘隧穿实验得到的数据。PI还将研究隧道进入具有光滑边缘的分数量子霍尔效应系统的相关问题。该研究的教育部分包括创建一个勤工俭学计划，以有效地使物理学本科专业的学生接触理论材料研究。精心构思的项目被整合到PI的研究中，为一对一和同伴互动提供了工具。这个职业奖支持凝聚态物理的理论研究和教育。PI将使用先进的理论方法来研究隧穿进入量子霍尔系统中发生的奇异非费米液态。该研究可能为未来的纳米电子器件奠定理论基础。该研究的教育部分包括创建一个勤工俭学计划，以有效地使物理学本科专业的学生接触理论材料研究。精心构思的项目整合到PI的研究中，为一对一和同伴互动提供了一种工具。

This CAREER award supports research to develop a new theory of the tunneling density of states in strongly correlated electron systems. One thrust of the research aims at reconciling theory and data from experiments on tunneling into quantum Hall edges. The PI will also work on the related problem of tunneling into fractional quantum Hall effect systems with smooth edges. The educational component of the research involves creating a work-study program to effectively expose undergraduate physics majors to theoretical materials research. Well-conceived projects that are integrated into the PI's research provide vehicles for one-on-one and peer interaction.This CAREER award supports theoretical research and education in condensed matter physics. The PI will use advanced theoretical methods to study tunneling into exotic non-Fermi liquid states that occur in quantum Hall systems. The research may contribute to the theoretical foundation underlying future nanoelectronic devices. The educational component of the research involves creating a work-study program to effectively expose undergraduate physics majors to theoretical materials research. Well conceived projects that are integrated into the PI's research provide a vehicle for one-on-one and peer interaction.