Quantum Statistics and Kinetics of Excitons

时间分辨发光实验已经证明 光生激子的简并量子统计 半导体氧化铜（I）。 他们发现，在 在强激光激发下，激子气体沿着 玻色-爱因斯坦凝聚的相边界。 他们提出 大量的实验来表征这种量子饱和的 气体并试图产生冷凝物。 他们将研究如何 简并统计修正了 激子 空间分辨发光实验将 研究简并气体无法解释的快速膨胀 他们提议开发的高分辨率技术将允许 激子-激子和激子-声子的更广泛的理解 铜（I）氧化物和其他半导体的工艺。

Time-resolved lunimescence experiments have demonstrated degenerate quantum statistics of photo-produced excitons in the semiconductor Copper (I) Oxide. They have found that during intense laser excitation, the excitonic gas evolves in time along the phase boundary for Bose-Einstein condensation. They propose a number of experiments to characterize this quantum-saturated gas and attempt to produce the condensate. They will study how the degenerate statistics modify the kinetic energy relaxation of the excitons. Spatially resolved luminescence experiments will examine an unexplained rapid expansion of the degenerate gas. The high-resolution techniques they propose to develop will allow a broader understanding of exciton-exciton and exciton-phonon processes in Copper (I) Oxide and other semiconductors.