From classical control to quantum control, quantum control is widely used in quantum information, quantum control
modeling, methods and numerical techniques, and quantum control challenges. When introducing examples, combi
ned with nuclear magnetic resonance experimental system.
5, 主讲人:辛涛
主题: 核磁 共振 量子 计算 平台的基本原理及其量子计算云平台 The basic principle of NMR quantum computing
platform and its quantum computing cloud platform
主要内容:NMR 实现量子计算的基本原理、包括初始化技术、比特操控技术、门操作实现技术以及态读出技术;基
于 NMR 系统的可开放控制地层的量子云平台开发;以及 NMR 在量子计算领域所取得的进展。
NMR implements the basic principles of quantum computing, including initialization techniques, bit manipulation tech
niques, gate operation implementation techniques, and state readout techniques; quantum cloud platform developm
ent based on NMR systems for open control of formations; and advances in NMR in the field of quantum computing.
6, 主讲人:邓修豪
主题:超导量子计算理论 Theory of Superconducting quantum computing
主要内容:量子比特实现,包括超导量子比特等固态量子比特及跨系统互联、量子网络、光机械、量子纠错码
Quantum bit implementation, including solid-state qubits such as superconducting qubits and cross-system
interconnects, quantum networks, optomechanics, and quantum error correction codes
7, 主讲人:吴志刚
主题:中性原子量子计算简介 Introduction to Neutral Atomic Quantum Calculation
主要内容:原子的囚禁与冷却,单比特门和双比特门的实现,里德伯原子量子门,中性原子量子计算近期发展
Atomic imprisonment and cooling, single-bit gate and double-bit gate implementation, Rydberg atomic quantum
gate, neutral atom quantum computing recent development
8, 主讲人:范靖云
主题:量子精密测量 Quantum precision measurement
主要内容:误差—扰动型测不准关系
Error-disturbance type uncertainty relationship