Electro-optical quantum transport in semiconductor microcavities

该项目旨在扩展具有一系列实际应用的激子-极化子物理新领域的基础知识。本项目计划将量子物理的基础研究与涉及量子工程要素的应用研究联系起来。该项目计划研究激子极化子的传输，这是一种光-物质混合粒子，传播速度几乎和光速一样快，而且非常坚固。它可以让我们更好地理解物理和光学的基本特征，并建模和构建光电器件，如量子开关、滤波器、晶体管和探测器。该项目旨在发展的理论可以应用于现代物理、化学、医学和生物学的不同领域。

The project seeks to expand fundamental knowledge in the new area of exciton-polariton physics which has a range of practical applications. This project plans to connect fundamental study in quantum physics with application-oriented research involving elements of quantum engineering. The project plans to investigate the transport of exciton polaritons – hybrid light–matter particles that can propagate nearly as fast as light and are very robust. It may allow us to better understand fundamental features in physics and optics, and to model and construct optoelectronic devices such as quantum switchers, filters, transistors and detectors. The theory that the project aims to develop could be employed in different spheres of modern physics, chemistry, and medicine and biology.