Research Experiences for Undergraduates at UVA

* Lindgren该补助金将继续在物理学的不同领域的12名本科生的夏季研究计划，其中约三分之一来自弗吉尼亚大学。三分之二来自其他非博士授予机构。 项目涵盖广泛的实验物理学，包括核和高能物理，原子，分子，凝聚态和生物物理，材料和工程物理，为学生提供广泛的兴趣机会。 特别是，学生将学习如何使用电磁探针来研究夸克和核行为，动量分析与磁光谱仪，闪烁探测器，量热法，蒙特卡罗模拟，色谱法，红外差谱，球状星团的年龄测量，超导体的磁磁化率使用SQUIDS，识别半导体中的失配位错，使用光电探测器和重叠激光和原子束的里德伯态分析，红外表面光谱，负离子的双光子光剥离，以及电缆绝缘的氧化引入时间分析。 学生将在夏季进行为期九周的研究，并在与同事的定期会议上定期提交书面和口头进展报告，以进行自我和小组批评。 ***

*** Lindgren This grant will continue summer research program in different areas of physics for twelve undergraduate students with approximately one-third from U.Va. and two-thirds from other non-Ph.D. granting institutions. Projects cover a broad range of experimental physics including nuclear and high energy physics, atomic, molecular, condensed matter and biological physics, materials and engineering physics providing an opportunity for students with a wide range of interest. In particular, students will learn about using electromagnetic probes to study quarks and nuclear behavior, momentum analysis with magnetic spectrometers, scintillation detectors, calorimetry, Monte Carlo simulation, chromatography, infrared difference spectroscopy, age measures of globular clusters, magnetic susceptibilities of superconductors using SQUIDS, identification of misfit dislocations in semiconductors, analysis of Rydberg states using photodetectors and overlapping laser and atom beams, infrared surface spectroscopy, two photon photodetachment of negative ions, and oxidation-introduction time analysis of electric cable insulation. Students will conduct research over a nine week period in the summer and give periodic written and oral progress reports in regular meetings with their colleagues for self and group critique. ***