Ultrafast quantum control of single electrons and photons in mesoscopic systems (B02)

基于半导体量子点的概念可能能够产生定义明确的光子数大于1的Fock态，用于非线性量子光学的应用。本项目致力于发展和分析结合单个胶体量子点和纳米光子结构的宽带增强光-物质相互作用的系统。它的目标是决定论和超快的光量子操作。少费米子量子动力学的跨学科研究和半导体-聚合物杂化粒子的纳米化学是实现这一目标的先决条件。

Concepts based on semiconductor quantum dots might be capable of producing Fock states with a well-defined number of photons larger than one for applications in nonlinear quantum optics. This project focuses on the development and analysis of systems combining single colloidal quantum dots and nanophotonic structures for broadband en-hancement of light-matter interaction. It aims at deterministic and ultrafast quantum manipulation of light. Interdisciplinary studies of few-fermion quantum dynamics and concerning the nanochemistry of semiconductor-polymer hybrid particles are prerequisite to achieve this goal.