作为纽约大学丹顿工程学院应用物理学课程的硕士研究生，您将准备掌握并应用最基础和最有影响力的科学。您将在创新的环境中学习，并获得在替代能源，基于物理学的纳米技术，量子力学，光学技术，健康与保健以及全球信息技术等领域蓬勃发展所需的技能。微软应用物理学课程旨在培养人们对科学发展的理解，除经典方法外，还将强调物理学的现代发展。<br>应用物理学研究生课程大力支持学生的研究计划。由于只有两门必修课程和多种选修课程，应用物理学理学硕士为学生开展的研究项目提供了机会，这些研究项目受可用课程工作的启发。随着该领域在学术和
If you want to work at the leading edge of physics research and become a trailblazer in academia or industry, Mines Physics and Applied Physics graduate program will get you there. Students work on cutting-edge research in areas such as condensed matter physics, applied optics, quantum physics, renewable energy and subatomic physics and have opportunities to collaborate with national labs and industry partners on local and international scales. Graduates will gain the skills and connections to advance their knowledge in the field and take their career to a new height.<br>The Physics Department at Mines offers a full program of instruction and research leading to the MS in Applied Physics or PhD in Physics. It also contributes to graduate interdisciplinary programs in Materials Science (MS and PhD), Nuclear Engineering (MS and PhD), and Quantum Engineering (MS). The research in these graduate programs is supported by external grants and contracts totaling 6.37M/year in research expenditures. Research in the department is organized under three primary themes: subatomic physics, condensed matter physics, and applied optics. With 23 faculty, 66 graduate students, and 225 undergraduate physics majors, the Physics Department at Mines is a vibrant intellectual community providing high-quality education in state-of-the-art facilities.