CAREER: Near-infrared Intersubband Transitions in Low-dimensional Semiconductor Structures: Material, Devices and Physics

作为大学教授，真正的卓越需要在研究和教育方面的承诺，创造力和卓越。该提案提出了在圣克鲁斯的加州大学实施电气工程研究和教育计划的计划。在提案的研究部分，提出了在近红外波长范围内研究低维半导体量子结构的子带间跃迁，作为一个具有长期发展潜力的研究活动领域，以推进材料科学、工程和物理学。随着光网络成为现实并且寻求用于更高数据比特率的解决方案，子带间转换是用于将光通信的限制推向更高带宽的当前现有技术的有吸引力的替代方案。增加带宽对于构建更快、成本更低的通信产品和系统至关重要。锑基异质结构的近红外子带间跃迁的材料特性将被研究。这包括确定能带偏移和光学非线性以及自组装量子点的生长。其次，将设计和实现超快波长转换器和光电探测器等新器件。最后，可以探索新的物理学。例子是量子点在室温下的非经典光发射和量子干涉效应，如子带间跃迁中的电磁诱导透明（EIT）。该提案的教育方面是专门为改善圣克鲁斯加州大学电气工程教育计划而设计的，在几个层面上：在大学内部-lf、当地社区以及全球科学界。为此，为每个社区提出了一些措施。在加州大学圣克鲁斯，重点在于建立一个非常新的部门的教育计划，通过开发新的课程和引入新的理念，课堂教学。涉及当地社区的活动特别强调与处于学校生涯关键时刻的学生的互动。例如，为高中高年级学生开放参观，在中学举行讲座和示范，让学生在更小的年龄接触科学。最后，学生和学者之间的全球互动的最重要性是通过提出一些方案，制度化和促进关系，这将有利于所有参与者的认可。这包括为交流项目和联合教育项目建立合作学校，例如与德国学术交流服务（DAAD）。

True excellence in a career as university professor requires commitment, creativity and excellence in both research and education. In this proposal, a plan for implementing a research and education program in Electrical Engineering at the University of California, Santa Cruz is presented.In the research part of the proposal, the investigation of intersubband transitions in low-dimensional semiconductor quantum structures in the near-infrared wavelength range is put forward as an area of research activity with long-term potential for advancing materials science, engineering and physics. As optical networks become a reality and solutions for higher data bit rates are sought, intersubband transitions are an attractive alternative to currently existing technologies for pushing the limits of optical communications to higher bandwidths. Increasing the bandwidth is essential for building faster and less costly communication products and systems. The material properties of antimony-based heterostructures for near-infrared intersubband transitions will be studied. This includes determining band offsets and optical nonlinearities as well as the growth of self-assembled quantum dots. Secondly, new devices such as ultrafast wavelength converters and photodetectors will be designed and realized. Finally, new physics can be explored. Examples are nonclassical light emission from quantum dots at room temperature and quantum interference effects such as electromagnetically induced transparency (EIT) in intersubband transitions.The educational aspects of this proposal are tailored to improve the educational programs in Electrical Engineering at the Universitt of California, Santa Cruz, on several levels: within the University -lf, the local community, as well as the global scientific community at large. To this end, a number of measures are proposed for each community. Within UC Santa Cruz, the emphasis lies on building up the educational program of a very new department by developing new classes for the curriculum and introducing new ideas for classroom instruction. Activities involving the local community have a special emphasis on interaction with students who are at critical points in their school careers. Examples are open houses for high school seniors and lectures and demonstrations at middle schools to expose students at a younger age to science. Finally, the paramount importance of global interaction between students and scholars is recognized by proposing a number of programs, which institutionalize and foster relations, that will be beneficial to all participants. This includes establishing partner schools for exchange programs and joint educational projects, for example with the German Academic Exchange Service(DAAD).