固态量子精密测量教学实验系统与课程设计

Teaching experimental system and curriculum design for solid-state quantum precision measurement

为培养学生的创新意识和动手能力,建立了基于金刚石氮-空穴色心的固态量子精密测量教学实验系统,采用单芯片级别的微波源和基于开源硬件的时序控制和数据采集系统,可节省成本且保留扩展升级能力.同时介绍了相关的教学思路和教学设计,该课程采用层进式和启发式教学,提供了从原理、实验、思考到讨论的系统性教学内容.

In order to improve innovative sense and hands-on ability of students,a teaching experiment system for solid-state quantum precision measurement based on a diamond nitrogen-vacancy(NV)color center had been established independently,using a single-chip level microwave source and an open-source hardware-based timing control and data acquisition system,which saved cost while maintaining a rich expansion and upgrade capability.Relevant teaching ideas and instructional design were presented.The course was cascaded and heuristic,providing a systematic teaching content consisting of principles,experiments,thinking and discussions.