CAREER: Novel Excitations in Unconventional Ordered Phases of Correlated Electron Systems

这项职业补助金是发给俄亥俄州立大学的年轻教师的。PI将把强相关材料特性的理论研究与各级创新教育活动结合起来。他计划开设一门关于凝聚态物理最新发展的新课程。还计划考虑建立一个互动网站，作为当前问题的公告板，以促进学生和更有经验的研究人员之间的信息交流。在研究中，他计划详细研究两类材料，掺杂的锰酸镧也被称为CMR（巨磁阻）化合物和钌酸锶，一种具有几种不同寻常特征的超导体化合物。有理由相信后一种化合物的电子对态具有有限的角动量。PI计划通过理论和实验两方面的合作，为各种难题寻找一个明确的答案。这项职业补助金授予俄亥俄州立大学的一名年轻教师，以支持教育领域的前沿研究和创新。在寻找适合于磁记录或磁存储工业的更好的材料时，被广泛称为CMR（巨磁阻）材料的材料被认为是一条有前途的途径。PI计划对掺杂锰酸镧进行理论研究，以更好地了解它们的CMR特性。他还计划对具有几种异常特性的超导体（钌酸锶）进行理论研究

This CAREER grant goes to young member of the faculty at the Ohio State University. The PI will integrate theoretical research in the properties of strongly correlated materials with innovative education activities at all levels. He is planning to develop a new course on recent developments in condensed matter physics. There are also plans to consider an interactive web site as a bulletin board for current problems to facilitate information exchange between students and more experienced researchers. In research, he plans to study in detail two classes of materials, the doped Lanthanum Manganates also known as the CMR (colossal magnetoresistance) compounds and Strontium Ruthenates, a compound which is a superconductor with several unusual characteristics. There are reasons to believe that the electron pairing state in the latter compound is with a finite angular momentum. The PI, in a collaboration involving both theory and experiments, plans to search for a definitive answer to the various puzzles.%%%This CAREER grant to a young faculty member at the Ohio State University is awarded to support cutting-edge frontier research and innovation in education at several levels. In the search for better materials suitable for magnetic recording or magnetic-memory industry, a promising avenue is believed to be the materials widely known as CMR (colossal magnetoresistance) materials. The PI plans to carry out a theoretical study of doped Lanthanum Manganates to better understand their CMR properties. He also has plans to conduct a theoretical study of a superconductor (Strontium Ruthenate) which has several anomalous characteristics.***