Resonant Tunnelling into Quantized Exciton-Polariton State in A OD Microcavity

项目编号：ECS-9800068项目负责人：曹辉题目：0D微腔中量子激子偏振态的共振隧穿研究摘要：本课题旨在实现一种低阈值电流、高效率的新型光发射器。该装置利用高q零维（0D）微腔和空穴辅助电子共振隧道工艺在0D微腔中产生激子-极化子态。如果成功，它可能会对创造一类新的低阈值光发射器产生重大影响，这将使未来的光电器件和集成电路的纳米结构成为可能。

Proposal Number: ECS-9800068 Principal Investigator: Hui Cao Title: Resonant tunneling into quantized exciton-polariton state in a 0D microcavity Abstract The proposed research is aimed at realizing a new type of light emitter which promises low threshold currents with high efficiencies. The device utilizes a high-Q zero-dimensional (0D) microcavity and the hole-assisted electron resonant tunneling process to create the exciton-polariton states in the 0D microcavity. If successful, it may have great impact in creating a new class of low threshold light emitters that will enable future nano structures for optoelectronic devices and integrated circuits.