物理学哲学博士-凝聚态物理

CM小组的研究兴趣是多种多样的，反映了物理学中最大的子领域的广度。当前，核心优势围绕了解纳米结构金属，半导体和有机材料的基本物理学，包括它们的沉积和形成机理，表面，界面和结构特性，超快和非线性光学特性以及在量子信息科学中的应用。这些研究的主要灵感是这些材料在下一代电子，光电，光学和纳米光学器件（包括量子器件）中的潜力。部门纳米制造设施和NanoImaging设施支持各个实验室的研究工作。有关更多详细信息，请参见各个学院的研究页面。
The research interests of the CM group are diverse, reflecting the breadth of the largest subfield in physics. Currently, the core strengths revolve around understanding the fundamental physics of nanostructured metal, semiconductor, and organic materials, including their deposition and formation mechanisms, surface, interface, and structural properties, ultrafast and nonlinear optical properties, theoretical investigation of materials using a variety of computational tools ranging from Density Functional Theory to Quantum Monte Carlo and applications in quantum information science. These studies are primarily inspired by the potential uses of these materials in the design and fabrication of next-generation nanoelectronic, opto-electronic, and optical and nano-optical devices, including quantum devices.