2023CPS量子计算青年国际论坛第二轮通知
汇聚国际量子计算青年才俊，促进学术交流和跨学科创新，中国物理学会主办的第二届CPS量子计算青年国际论坛，将邀请国内外量子计算领域的优秀青年科学家，在超导量子计算、拓扑量子计算、光学量子计算和其他固态量子计算系统， 以及量子模拟、量子计量和量子信息处理等方面开展学术交流与探讨。
We cordially invite you to participate in CPS International Young Scientists Forum on Quantum Computing. It is an academic event initiated and organized by the Chinese Physical Society (CPS) and to be held from August 7 to 9, 2023, in Baoding Hebei Province, China. The event aims to bring together the leading young scientists in the field of quantum computing, to advance academic exchanges and to promote interdisciplinary innovations. The forum is anchored in the following themes: superconductor quantum computing, topological quantum computing, optical quantum computing, and other solid-state quantum computing systems, together with quantum simulation, quantum metrology and quantum information processing.
We plan to hold an in-person event this year in order to encourage face-to-face interactions. Domestic and international speakers will present their research findings, and on-site social activities will be organized to promote more communication and connections among young scholars and students. We hope to meet with you soon.
A 论坛总体日程
** subject to change
Lecture and Poster Language: English
Live streaming broadcasts will be arranged for certain lectures
B 论坛组委会
Conference Convener:
GUO Jiandong 郭建东 - Institute of Physics, CAS
Committee Chairs:
LUO Junwei 骆军委 - Institute of Semiconductors, CAS
XU Xiulai 许秀来 - Peking University
ZHANG Pan 张潘 - Institute of Theoretical Physics, CAS
Committee Members:
(Listed in alphabetical order of the member‘s last name)
CHAI Yang 柴扬 - The Hongkong Polytechnic University
CHEN Wenlan 陈文兰 - Tsinghua University
HE Yu 贺煜- Southern University of Science and Technology
JIA Xiaojun 贾晓军 - Shanxi University
LI Ying 李颖 - China Academy of Engineering Physics
LIU Dong 刘东 - Tsinghua University
LIU Gangqin 刘刚钦- Institute of Physics, CAS
SHI Fazhan 石发展 - University of Science and Technology of China
WANG Dawei 王大伟 - Zhejiang University
WANG Jianwei 王剑威 - Peking University
WANG Lei 王磊 - Institute of Physics, CAS
XU Jinshi 许金时 - University of Science and Technology of China
YUAN Xiao 袁骁 - Peking University
ZHANG Chi 张弛 - Institute of Semiconductors, CAS
ZHANG Lijian 张利剑 - Nanjing University
C 国内报告人
Panyu Hou 侯攀宇
Tsinghua University
Coherent coupling and non-destructive measurement of trapped-ion motional modes
Xiaopeng Li 李晓鹏
Fudan University
Computation by atomic quantum simulations
Shuo Yang 杨硕
Tsinghua University
Quantum error mitigation via matrix product operators
Penghui Yao 姚鹏晖
Nanjing University
Nearly Optimal Algorithms for Testing and Learning Quantum Junta Channels
Po Zhang 张泼
Beijing Academy of Quantum Information Sciences
Engineering superconductor-semiconductor hybrid devices for a topological qubit
YuXiang Zhang 张玉祥
Institute of Physics, CAS
A passive chiral photonic interface for superconducting circuit
Youpeng Zhong 钟有鹏
Southern University of Science and Technology
A modular approach for building large scale superconducting quantum processors
Yuan Xu 徐源
SUSTech
Beating the break-even point with a discrete-variable-encoded logical qubit
Hao Zhang 张浩
Tsinghua University
Recent Progress on Majorana Nanowires
Kangwei Xia 夏慷蔚
University of Science and Technology of China
Single rare earth ion spectroscopy: from single photon sources to single qubits
LIU Xin 刘鑫
Huazhong University of Science and Technology
Deterministic topological quantum gates for Majorana qubits without ancillary modes
ZHU Huangjun 朱黄俊
Fudan University
D 国际报告人
Sen Yang
Hongkong University of Science and Technology
Spin-bath Engineering for quantum computing with quantum measurements and quantum correlation
Fernando Gonzalez-Zalba
Quantum Motion Technologies
Quantum computing with spins in silicon
Wister Huang
ETH Zurich
Quantum information processing with bilayer graphene
Miles Stoudenmire
Flatiron Institute
What Makes Shor’s and Grover’s Algorithm Hard for Classical Computers?
Suguru Endo
NTT computer and data science laboratories, NTT corporation
Quantum error mitigation and its applications
Bálint Koczor
University of Oxford
Will (near-term) quantum computers deliver real advantage?
Yvonne Gao
National University of Singapore
Information processing with Bosonic cQED
Jiannis Pachos
University of Leeds
Simulating non-Abelian statistics in the lab.
Jianting Ye
University of Groningen
Clean Superconductivity and Orbital FFLO States in 2D Materials
Liang Jiang
University of Chicago
Distributed quantum error correction for chip-level catastrophic errors
Pavel Panteleev
Moscow State University
Quantum LDPC codes: challenges and opportunities
Renbao Liu
Chinese University of Hong Kong
Quantum supremacy in sensing
Wenchao Xu
ETH Zurich
Quantum computation with Rydberg atoms
Xiao Xue
QuTech, Delft University of Technology
Quantum computation with spins in silicon -- coherence, scaling, and integration
Han Bao
Johannes Gutenberg Universität Mainz
Entangling scheme for Rydberg ion crystals using electric kicks in radial direction
Chong Zu
Washington University
Probing non-equilibrium quantum dynamics with solid-state spin defects
E 会议网站及注册报名
会议网址扫码报名：
链接：
http://meeting.cps-net.org.cn/IYSFQC2023
注册费用：
会议使用中国物理学会学术会议平台报名和缴费。如果您注册过中国物理学会2022、2023秋季学术会议，可直接登录填写信息报名。首次登录，请先注册，然后填写参会人信息确定参会。
会议注册截止时间设定为2023年8月8日。注册费可通过线上扫码支付，注册费发票统一在会议结束后开具。
F 投稿要求
1.海报、摘要征稿
本次会议鼓励海报和摘要投稿，量子信息计算相关主题均可。英文摘要篇幅不超过 1 页 A4 纸，注明单位、通讯联系人和联系方式；海报尺寸大小为841mm * 594 mm；英文摘要电子版提交格式为MS-word，海报电子版提交格式为PDF或JPG.
2.投稿方式：会议网站上传
3.奖励：评选一定比例的优秀海报奖
（投稿截止日期：2023 年 7 月 25日）
G 会议场所
中国 · 涞源华中小镇
涞源白石山口下高速沿207国道南行3公里
北京出发：
自驾：北京出发驶入京昆高速转荣乌高速，到涞源南下高速沿207国道西行3公里到达华中小镇。
乘车：北京六里桥长途汽车站乘坐到涞源的大巴车到达涞源汽车站，乘坐出租车到达华中小镇。
石家庄出发：
自驾：石家庄出发，驶入张石高速转入京昆高速，由京昆高速转入涞曲高速沿207国道西行3公里到达华中小镇。
乘车：石家庄客运中心乘坐到涞源的大巴到达涞源客运站，乘坐出租车到达华中小镇。
天津出发：
自驾：天津出发，速入荣乌高速，经京沪高速，再转到荣乌高速白石山下道口高速口驶出沿207国道西行3公里到达华中小镇。
乘车：天津客运中心乘坐到涞源的大巴车到达涞源汽车站，乘坐出租车到达华中小镇。
H 联系我们
If you have any questions, please do not hesitate to contace us
展商赞助：wangjinping@iphy.ac.cn
其他事宜: yan_li@iphy.ac.cn
技术支持: 18712685525
期待在火热的八月，与大家在河北避暑胜地白石山相见!
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