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.

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

Chinese Researchers:

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

International Researchers:

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

Contact Us:

If you have any questions, please do not hesitate to contace us

Exhibitor Sponsorship: wangjinping@iphy.ac.cn

Other Matters: yan_li@iphy.ac.cn