CAREER: Atomic-Scale Microscopy and Spectroscopy: New Tools for Condensed Matter Physics Research and Interdisciplinary Education

9875565Yazdani扫描探针显微镜的最新进展是拟议的四年职业发展计划的统一动机，该计划将凝聚态物理学前沿的研究与跨学科教育计划相结合。 该研究计划提出了超导物理学的三个关键和相关领域的实验：磁性和超导性之间的相互作用，二维超导性的抑制，以及非常规超导体与局部扰动的相互作用。这是高分辨率的隧道显微镜，再加上我们的国家的最先进的扫描隧道显微镜（STM）的成像和原子操作能力，使拟议的研究成为可能。 有了这个工具，我们可以为超导研究做出重大贡献，而且，我们能够解决凝聚态物理学中的广泛问题。 该计划的教育部分涉及一门新课程的开发，为从物理学到生物学等广泛学科的高级本科生和初级研究生提供STM和相关仪器的理论和实践知识。%使用新开发的扫描探针显微镜，现在可以在非常短的长度尺度上对从半导体到生物样品的各种材料进行成像、操作和探测。 利用这些技术，将在超导体物理学的三个关键领域进行实验。 这项研究计划是通过在扫描探针显微镜，这将介绍国家的最先进的技术，研究生和本科生在广泛的物理和生物科学学科的发展。***

9875565Yazdani The recent advances in scanning probe microscopies are the unifying motivations for the proposed four-year CAREER development program, which integrates research at the forefront of condensed matter physics with an interdisciplinary educational program. The research program proposes experiments in three critical and related areas of the physics of superconductors: the interplay between magnetism and superconductivity, the suppression of superconductivity in two-dimensions, and the interactions of an unconventional superconductor with local perturbations. It is the high-resolution tunneling microscopy, together with the imaging and atomic manipulation capabilities of our state-of-the-art scanning tunneling microscope (STM), that make the proposed research possible. With this tool, we can make significant contributions to research in superconductivity and, moreover, we are in a position to address a wide range of problems in condensed matter physics. The educational component of this program involves the development of a new course to provide theoretical and practical knowledge of STM and related instruments to advanced undergraduates and beginning graduate students in a wide range of disciplines, from physics to biology. %%%Using the newly developed scanning probe microscopes, it is now possible to image, manipulate, and probe properties of a variety of materials, from semiconductors to biological samples on very short length scales. Using these techniques experiments will be performed in three critical areas of the physics of superconductors. This research program is complemented by the development of a new course in scanning probe microscopy, which will introduce state-of-the-art techniques to graduate and undergraduate students in a wide range of disciplines in the physical and biological sciences. ***