Controlling Polaritons of Quantum Confined Systems

9876915 Khitrova这个项目代表了原子物理和半导体物理之间的一项活动。我们将利用自由激子与原子的异同来研究量子阱之间的辐射耦合。通过改变量子井之间的间距，从而改变复合系统极化子的所有性质，将控制场模式，从而控制辐射场与量子井的重叠。我们将特别关注一些极化子模的玻色-爱因斯坦凝聚。

9876915KhitrovaThis project represents an activity on the boundary between atomic physics and semiconductor physics. The similarities and differences between free excitons and atoms will be exploited to study the radiative coupling between quantum wells. The field pattern and consequently the overlap of the radiation field with the quantum wells will be controlled by changing the spacing between quantum wells, thereby altering all of the properties of the composite system polaritons. Specific attention will be paid to a search for Bose-Einstein condensation for some of the polariton modes.