REU Site: Nano-, Bio-, and Quantum Photonics at University of Rochester

人们已经广泛认识到，理解和控制光的最基本单位-光子-对于创新基于光的技术以及改善我们国家国防和安全的关键要素至关重要。 在这个REU网站程序，纳米，生物和量子光子学在罗切斯特，光学研究所的大学的学生，将参加在光子研究的前沿有助于在纳米科学，生物科学和量子科学的发现调查。 REU的主要目标是在光子学研究的最前沿提供沉浸式的科学和工程体验。 来自代表性不足的群体和研究机会有限的机构的多样化学生群体将参加涉及生命科学，量子科学和纳米技术主题的跨学科项目。 最终，这个REU计划将通过培养高质量的学生成为商业光子学领域的关键贡献者，基础光子科学和工程前沿的领导者，以及全国高校最好的教育工作者，来提高我们国家的能力。罗切斯特大学将招收12名本科生，他们将参加典型项目的跨学科研究，如用于骨质量监测的光子光谱学以及用于产生光的量子态的新型器件制造。专业发展活动也将使REU学生接触到良好的职业机会，无论是学术还是工业，都可以在光子学领域获得。 光学研究所将为参与者提供世界一流的光子学研究环境，让他们参与其长期运行的工业协会计划，以进行网络和采访，并通过与罗切斯特区域光子学集群的互动，将他们暴露在动态的光子学社区中。该计划的一个产品将是为REU参与者创建一个明确的光子学职业道路，特别关注代表性不足的人口统计数据，来自没有强大光子学研究项目的合作大学的本科生，以及社区大学的学生，否则他们可能不会认识到这样的职业道路是可能的。 预计其中许多项目将在光子科学领域产生原创性和可持续性的研究成果。除了研究机会外，光学研究所的现有资源-研究所暑期学校和工业协会计划-将提供研究特定的光子学培训和与REU队列持续联系的机制。在更大的罗切斯特社区内，REU计划将利用AIM光子学和罗切斯特区域光子学集群，向参与者告知光子学领域存在的所有潜在职业机会。

It has been widely recognized that understanding and controlling the most elemental unit of light - the photon - is essential to innovating light-based technology as well as improving critical elements of our nation's defense and security. The students in this REU Site program, Nano-, Bio-, and Quantum Photonics at the University of Rochester, Institute of Optics, will participate in investigations at the frontiers of photonic research contributing to discoveries in nanoscience, bioscience and quantum science. The primary objective of the REU is an immersive experience in science and engineering at the forefront of photonics research. A diverse cohort of students from underrepresented groups and institutions with limited research opportunities, will participate in interdisciplinary projects that touch on topics in the life sciences, quantum sciences and nanotechnology. Ultimately this REU program will enhance our nation's capabilities by training top-quality students to become key contributors in the commercial photonics sector, leaders on the frontiers of fundamental photonic science and engineering, and the very best educators in colleges and universities across the nation.Over 9 summer weeks, the University of Rochester will host 12 undergraduate students who will participate in interdisciplinary research on exemplary projects such as photonic spectroscopy for bone quality monitoring and novel device fabrication for generating quantum states of light. Professional development activities will also expose the REU students to the excellent career opportunities, both academic and industry based, available in photonics. The Institute of Optics will provide a world-class research environment in photonics for the participants, let them participate in its long-running Industrial Associates program for networking and interviews, and expose them to the dynamic Photonics community through interactions with the Rochester Regional Photonics Cluster. A product of this program will be to create a well-defined pathway to a career in photonics for the REU participants' with a particular focus on underrepresented demographics, undergraduates from partner universities without strong photonics research programs, and community college students' who might not otherwise recognize such a career path is possible. It is anticipated that many of the projects will lead to original and publishable research results in the photonics sciences. In addition to the research opportunities, existing resources at the Institute of Optics - the Institute Summer School and Industrial Associates Program - will provide research specific photonics training and a mechanism for continued contact with the REU cohort. Within the greater Rochester community, the REU program will leverage both AIM Photonics and the Rochester Regional Photonics Cluster to inform the participants of all the potential career possibilities that exist in the photonics sector.