Research Experiences for Undergraduates in Physics and Astronomy

石溪物理本科生研究体验项目每年夏天都会吸引 13 至 17 名本科生来到石溪校区，参加石溪物理和天文学教师实验室为期八周的前沿研究项目。该奖项为其中 12 名学生提供支持；其余的则由其他基金支持。该计划的直接目标是提供物理学科学研究的培训，鼓励对物理学科学研究的兴趣和欣赏，并通过在大学环境中实际进行研究、实地参观石溪和布鲁克海文国家实验室的研究实验室、每周举办有关物理学和天文学当前主题的研讨会、最后在正式研讨会上介绍学生的研究成果和在计划结束时提交书面报告来促进职业规划。优秀的项目将提交到其他学生研究研讨会上进行展示。该计划更广泛的目标包括增加合格科学研究人员的数量，并促进那些继续从事其他领域研究的人对研究方法的欣赏和理解。 该项目提供天文学和行星科学、大气物理、高能粒子物理、教学实验室仪器、激光和光学、核物理和固态/凝聚态物理等领域的研究机会。大多数项目都是实验性的，但也有一些是理论性的。招聘工作集中在具有较高学术地位的二年级和三年级物理专业学生，其中许多来自研究机会有限的大学。我们特别努力吸引来自代表性不足的少数群体的妇女和学生。

The Stony Brook Research Experience for Undergraduates in Physics program brings 13 to 17 undergraduate students to the Stony Brook campus each summer for participation in an eight-week program of forefront research in the laboratories of Stony Brook physics and astronomy faculty members. This award provides support for 12 of these students; the rest are supported from other funds. The immediate aim of this program is to provide training in, encourage interest in, and appreciation of, scientific research in physics and to facilitate career planning by the actual doing of research in a collegial setting, by site visits to research laboratories at Stony Brook and Brookhaven National Laboratory, by weekly seminars on current topics in physics and astronomy, and finally by presentations of student research results in a formal symposium and a written report at the conclusion of the program. Outstanding projects are submitted for presentation at other student research symposia. The broader aims of the program include increasing the pool of qualified scientific researchers, and to foster appreciation and understanding of research methods to those who go on to other fields of endeavor. The program offers research opportunities in the areas of astronomy and planetary sciences, atmospheric physics, high-energy particle physics, instructional laboratory instrumentation, lasers and optics, nuclear physics and solid-state/condensed matter physics. Most projects are experimental but a few are theoretical. Recruiting efforts concentrate on sophomore and junior-level physics majors of high academic standing, many from colleges in which research opportunities are limited. Particular efforts are made to attract women and students fromunder-represented minorities.