微腔激子极化激元超快光场相干调控数据集

本数据集针对微纳体系中电子波包超快动力学行为测量和调控的关键科学技术问题，拓展超短激光脉冲时-频域精密控制技术，结合微纳体系的结构和能带设计，探究微纳体系中电子波包运动的深层物理机制，并实现微纳结构中量子波包的高时间精度测量与控制。相关研究成果将对我国量子相干调控前沿领域的研究产生巨大的推动力量，提升我国的科技竞争力。数据量588MB。

This dataset targets the key scientific and technological issues regarding the measurement and manipulation of ultrafast dynamical behaviors of electron wave packets in micro-nano systems. By expanding the precision control technology of ultrashort laser pulses in both time and frequency domains and combining with the structure and energy band design of micro-nano systems, it explores the underlying physical mechanisms of electron wave packet motion in micro-nano systems, and achieves high-temporal-precision measurement and control of quantum wave packets in micro-nano structures. Relevant research outcomes will greatly advance the research in the cutting-edge field of quantum coherent manipulation in China, and enhance China's scientific and technological competitiveness. The dataset size is 588 MB.

搜集汇总

背景与挑战

背景概述

该数据集聚焦于微纳体系中电子波包超快动力学行为的测量与调控，通过拓展超短激光脉冲的时-频域精密控制技术，结合微纳体系的结构和能带设计，深入探究电子波包运动的物理机制。其目标是实现微纳结构中量子波包的高时间精度测量与控制，数据量为588MB，旨在推动量子相干调控前沿领域的研究。