Integrative Nanoscale and Hybrid Semiconductors: Physics and Technology

利用半导体中的纳米尺度和量子现象创造了宝贵的机会， 实现对纳米电子学具有实际或潜在影响的新的或增强的功能， 光电子学、光子学、无碳能源转换和生物集成技术。与此 我们的研究目标是发展合作的，多学科的，综合的 研究重点是半导体混合和纳米级系统。为此，我们将 实施创新纳米制造和集成方法， 材料，以扩大重要半导体的能力。该研究计划旨在 这些系统在基本科学和技术方面的影响最大。

Harnessing nanoscale and quantum phenomena in semiconductors creates valuable opportunities to achieve novel or enhanced functionalities with actual or potential impacts on nanoelectronics, optoelectronics, photonics, carbon-free energy conversion, and bio-integrated technologies. With this perspective, the objective of our research is to develop collaborative, multi-disciplinary, and integrated research focusing on semiconductor hybrid and nanoscale systems. Towards this end, we will implement innovative nanofabrication and integration methods to enable hybrid and nanoscale materials to expand the capabilities of important semiconductors. This research program aims for the highest impact in both fundamental scientific and technological implications of these systems.