International Conference on Quantum Photonics 2023

Registration information:

Registration for Foreign attendee:

Website: https://b2b.csoe.org.cn/registration/QPX2023_en.html

Registration for Chinese attendee:
Website: https://b2b.csoe.org.cn/registration/QPX2023.html

Registration Fees:

Student（Early Rate）: 1509yuan（Early Bird before October 24th)

Regular（Early Rate）: 3209yuan（Early Bird before October 24th)

Student: 2009yuan

Regular: 3609yuan
Foreign attendee：600 USD

Discount for group Registration, come five free one (Early bird price enjoy the same treatment);

Registration fees are waived for all the TPC members and invited speakers.

Conference registration fees include tickets for plenary talks , invited talks and exhibition, lunch, dinners, coffee breaks, conference manual, conference disk, etc., excluding paper layout fees and accommodation fees.

Payment:

1. Remittance transfer:

Bank of account: ICBC Beijing Science and Technology Park Branch

Account Name: Chinese Society for Optical Engineering

Account number: 0200296409200177730

汇款信息：

开户银行：工行北京科技园支行

户名：中国光学工程学会

账号：0200296409200177730
附言备注项：QPX2023+参会人姓名

2.Online payment:

After registration, you can jump to the online payment page and select "Alipay" to complete the payment online.

When remittance, the author must indicate "QPX2023+ Name" for verification.

The meeting will provide a formal meeting fee invoice.

Attention：

1.The payment before October 24th will enjoy the preferential price, and the original price will be restored after that.

2.Please complete the refund before November 10.
3.Conference registration fee invoices will be processed centrally two weeks before and one week after the conference

Plenary Talks

Joerg Schmiedmayer, Vienna University of Technology, Austria——Superradiant hybrid quantum devices

Simon Groeblacher, Delft University of Technology,the Netherlands ——Quantum experiments with mechanical and optical excitations

Xiaodong Xu, Washington University, USA—Observation of fractional quantum anomalous Hall effect
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Shaul Mukamel, University of California, Irvine, USA——Monitoring elementary femtosecond molecular events with quantum light, entangled photons, and X ray pulses
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Dapeng Yu, Institute For Quantum Science and Engineering——New progress in superconducting quantum computing

Contacts:

Chinese Society for Optical Engineering (CSOE):

Shu Zhang : zhangshu@csoe.org.cn, 022-58168542

Yujing Sun : sunyujing@csoe.org.cn, 010-83739885

Fangfang Cai : cai_ff@photonix.cn, 022-58168541

Sheng Guo (Sponsorship): guosheng@csoe.org.cn, 18710157604

Zichen Lv (Sponsorship): lvzichen@csoe.org.cn, 13810226340

University Of Science and Technology Of China:

Huaiyu Li : liyuhuai@ustc.edu.cn, 13817867870

Zhan Wu : zhanwu@ustc.edu.cn, 18616785043

Journals

Submission

Abstract Submission link:

b2b.csoe.org.cn/submission/QPX2023.html

Abstract Deadline: 30 October 2023 (UTC+8:00)(only for posters)

Abstract Submission:

Please submit a 500-600 words abstract in English for technical review purposes that is suitable for publication. If accepted, the contact author will receive notification of acceptance by email. Before you submit the abstract and the manuscript, please review the detail information at the conference website.

Abstract Template(not invited).doc

Topics
1.Quantum foundations

2.Quantum optics

3.Quantum precision measurement

4.Quantum simulation

5.Quantum computation and algorithms

6.Quantum error correction and fault tolerance
7.Ultracold atoms and molecules
8.Quantum communications

9.Quantum experiments in space

10.Integrated quantum photonics

11.Quantum detections and applications

12.Quantum optomechanics and quantum precision measurement
13.Micro/nano-photonics
14.Photoelectric integration
15.Terahertz quantum detection
16.Biophotonics

17.AI in optics and photonics
18.Quantum information and optoelectronics industry

Suppoters：
National Natural Science Foundation of China
OPTICA
EOS

Organizers：

Chinese Society for Optical Engineering (CSOE)
Jinhua Municipal People's Government

Hosts：

University of Science and Technology of China

Zhejiang Normal University
PhotoniX

Co-organizers：

Peking University

Fudan University

Southern University of Science and Technology

Tsinghua University

Shanxi University

Shanghai Jiao Tong University

Zhejiang University

Shanghai Institute of Technical Physics, CAS

Institute of Precision Measurement Science and Technology Innovation, CAS

Jinan Institute of Quantum Technology

Shanghai Quantum Science Research Center

Shenzhen International Quantum Research Institute

Supporting unit：

Precilasers

International advisory committee:

Gilles Brassard, Université de Montréal, Canada

Peter Zoller, University of Innsbruck, Austria

Peter Shor, Massachusetts Institute of Technology, USA

Ignacio Cirac, Max-Planck Institute for Quantum Optics, Germany

Girvin Steven, Yale University, USA

Marlan Scully, Princeton University, USA

Artur Ekert, University of Oxford, UK

John Bowers, University of California, USA

Walmsley Ian A, Imperial College London, UK

Jelena Vuckovic, Stanford University, USA

Joerg Schmiedmayer, Vienna University of Technology, Austria

Pascale Senellart, CNRS - Université Paris Saclay, France

Barry Sanders, University of Calgary, Canada

Xiankang Dou, National Natural Science Foundation of China

Changde Gong, Zhejiang Normal University

Lu Yu, Institute of Physics, CAS

Shining Zhu, Nanjing University

Jiancheng Fang, Beihang University

Shiyao Zhu, Zhejiang University

Dapeng Yu, Southern University of Science and Technology/Peking University

Jianyu Wang, Shanghai Institute of Technical Physics, CAS

Xingao Gong, Fudan University

Jinfeng Jia, Shanghai Jiao Tong University

Donglai Feng, University of Science and Technology of China

Technical Program Committee:

Chaoyang Lu, University of Science and Technology of China

Lianfa Bai, Nanjing University of Science and Technology

Ya Cheng, East China Normal University

Min Qiu, Westlake University

Chongxin Shan, Zhengzhou University

Yuegang Fu, Changchun University of Science and Technology

Qiang Lin, Zhejiang University of Technology
Weiwei Liu, Nankai University

Shilong Pan, Nanjing University of Aeronautics and Astronautics

Junle Qu, Shenzhen University

Xiaopeng Shao, Xidian University

Hongbo Sun, Tsinghua University

Pu Wang, Beijing University of Technology

Xiao Yunfeng, Peking University

Baoli Yao, University of Chinese Academy of Sciences

Sub-topics:

Topic1: Quantum foundations

Chair:

Jingyun Fan, Southern University of Science and Technology

Technical Program Committee:

Shaoming Fei, Capital Normal University

Zeyu Ou, City University of Hong Kong

Zizhu Wang, University of Electronic Science and Technology of China

Haidong Yuan, Chinese University of Hong Kong

Topic2:Quantum optics

Chair：

Dawei Wang, Zhejiang University

Technical Program Committee:

Qiongyi He, Peking University

Peng Xue, Beijing Computing Center

Luqi Yuan, Shanghai Jiao Tong University

Lijian Zhang, Nanjing University

Topic3:Quantum precision measurement

Chair:

Xiaodong He, Innovation Academy for Precision Measurement Science and Technology, CAS

Technical Program Committee:

Cunfeng Cheng, University of Science and Technology of China

Hua Guan, Institute of Precision Measurement, CAS

Yongchun Liu, Tsinghua University

Minkang Zhou, Huazhong University of Science and Technology

Topic4:Quantum simulation

Chair :

Jing Zhang, Shanxi University

Technical Program Committee:

Xiaopeng Li, Fudan University

Jun Rui, University of Science and Technology of China

Wei Zhang, Renmin University of China

Mengkun Zheng, Tsinghua University

Topic5:Quantum computation and algorithms

Chair:

Haohua Wang, Zhejiang University

Technical Program Committee:

Dongling Deng, Tsinghua University

Heng Fan, Institute of Physics, CAS

Ying Li, China Academy of Engineering Physics

Dawei Lu, Southern University of Science and Technology

Shibiao Zheng, Fuzhou University

Topic6:Quantum error correction and fault tolerance

Chair:

Luyan Sun, Tsinghua University
Technical Program Committee:

Heliang Huang, Henan Key Laboratory of Quantum Information and Quantum Cryptography

Yuxi Liu, Tsinghua University

Xiaolong Su, Shanxi University

Haifeng Yu, Beijing Academy of Quantum Information Science

Changling Zou, University of Science and Technology of China

Topic7:Ultracold atoms and molecules

Chair:

Xianlong Gao, Zhejiang Normal University

Technical Program Committee:

Kaijun Jiang, Innovation Academy for Precision Measurement Science and Technology, CAS

Chaohong Li, Shenzhen University

Haibin Wu, East China Normal University

Hui Zhai, Tsinghua University

Xiaoji Zhou, Peking University

Topic8: Quantum communications

Chair:

Qiang Zhang, University of Science and Technology of China

Technical Program Committee:

Xiaojun Jia, Shanxi University

Yang Liu, Jinan Institute of Quantum Technology

Xiongfeng Ma, Tsinghua University

Guihua Zeng, Shanghai Jiao Tong University

Topic9: Quantum experiments in space

Chair:
Chengzhi Peng, University of Science and Technology of China

Technical Program Committee:

Liang Liu, Shanghai Institute of Optics and Fine Mechanics, CAS

Rong Shu, Shanghai Institute of Technical Physics, CAS

Zhenda Xie, Nanjing University

Juan Yin, University of Science and Technology of China

Topic10:Integrated quantum photonics

Chair：

Jianwei Wang, Peking University

Technical Program Committee:

Jin Liu, Sun Yat-sen University

Haitan Xu, Nanjing University

Zongquan Zhou, University of Science and Technology of China

Topic11:Quantum detections and applications

Chair：

Kemi Xu, Beijing Institute of Technology

Technical Program Committee:

Chunming Yin, University of Science and Technology of China

Linjie Zhang, Shanxi University

Manjin Zhong, Southern University of Science and Technology

Topic12:Quantum optomechanics and quantum precision measurement

Chair：

Simon Groeblacher, Delft University of Technology,the Netherlands

Jin Chang, Delft University of Technology,the Netherlands

Topic13:Micro/nano-photonics

Chair：

Qing Dai, The National Center for Nanoscience and Technology

Topic14: Optoelectronic integration

Chair：

Qidai Chen, Jilin University

Topic15:Terahertz quantum detection

Chair：

Yiming Zhu, University of Shanghai for Science and Technology

Topic16:Biophotonics

Chair：
Juergen Czarske, TU Dresden, Germany

Dong Li, Institute of Biophysics, CAS

Topic17:AI in optics and photonics

Chair：

Jianji Dong, Huazhong University of Science and Technology

Topic18:Quantum information and optoelectronics industry

Chair：

Min Yu, USTC Holdings Company Limited

Jiamin Xu, Jiuzhang Quantum Co.,Ltd.
Liyang Shao, Southern University of Science and Technology

Technical Program Committee:

Lin Cheng, University of Science and Technology of China

Ting Cui, Westlake Education Foundation

Lei Mi, Cas Star

Welcome to QPX2023

In recent years, quantum technology has made rapid progress worldwide. Human society is moving towards "the Second Quantum Revolution", represented by quantum computing, quantum communication, quantum precision measurement and other technologies.
In order to present ground-breaking achievements in science, great endeavors in promoting cross-disciplinary research, and the latest progress of engineering applications that are related to quantum optics and quantum information, the International Conference on Quantum Photonics (QPhotoniX 2023) will be held on November 24-27, 2023 in Jinhua , China.
We warmly invite the scientists, engineers, technicians, enterprisers, graduate students and people simply interested in quantum science to attend the frontier and multi-disciplinary global communication events.

Chairs

Honorary Chair

Anton Zeilinger
(Österreichische Akademie der Wissenschaften, Austria)

General Chairs

Juergen Czarske (TU Dresden, Germany)	Yueguang Lv (Chinese Academy of Engineering)
Jianwei Pan (University of Science and Technology of China)	Xueming Yang (Southern University of Science and Technology, China)
Jun Zhang (Beijing Institute of Technology, China)

Executive Chair

Chaoyang Lu
(University of Science and Technology of China)

Sponsorship

国际量子光子大会QPhotoniX2023-赞助方案.pdf

Hotel

NARADA·HOTEL

Address: No.1888 Fuxing Street, Jindong District, Jinhua, Zhejiang, China

金华君澜大饭店

地址：浙江省金华市金东区复兴街 1888 号

Hotel Booking for attendee:
请自行提前预定酒店，房价和预定方式如下：

1. 金华君澜大饭店（已满房）

大床 490元/天（含早），标间 490元/天（含早）

预定方式：王慧，17280950137，报“量子大会”预订。

2. 金华瑞莱克斯大酒店（已满房）

地址：金华市婺城区李渔路888号金华世贸中心C区

单间 340元/天（含早），标间 340元/天（双早）

预定房间请联系：郑经理，13516967068，告知参加量子大会，可以享受会议协议价。

3.金华国际雷迪森广场酒店（已满房）

地址：金华市西市街58号

单间/标间 380元/天（含早）

预定房间请联系：何经理，13757974759，告知参加量子大会，可以享受会议协议价。

4.嘉恒开元名庭酒店（已满房）

地址：婺城区八一北街89号

单间/标间 340元/天（含早）

预定房间请联系：蒋经理，13750923258，告知参加量子大会，可以享受会议协议价。

5.金华国贸大饭店

地址：金华市双溪西路369号

单间/标间 340元/天（含早）

预定房间请联系：伍经理，13566772162，报“量子大会”预订。

6.金华今日大酒店

地址：金华市双溪西路420号

单间/标间 340元/天（含早）

预定房间请联系：金经理，15167963360，，报“量子大会”预订。

请注意：会议协议酒店房间有限，请尽早预定，如后续无房请自行预订其他酒店。

Topic1: Quantum foundations

Invited talks:

Mohamed Bourennane, Stockholm University, Sweden
Giulio Chiribella, University of Hong Kong—Quantum metrology with indefinite order
Zhengda Li, Southern University of Science and Technology

Sixia Yu, University of Science and Technology of China—Measurement uncertainty relationship for three observables
Qi Zhao, University of Hong Kong—Robust self-testing of many body entanglement
Fei Zhou, Innovation Academy of Precision Measurement Science and Technology, CAS—Experimental exploration of thermodynamic problems in quantum information processing

Huangjun Zhu, Fudan University—Information theoretic significance of projective measurements

Topic2:Quantum optics

Invited talks:

Mile Gu, Nanyang Technology University, Singapore—Dimensional Reduction in a Quantum World

Liang Jin, Nankai University—High-order spectral singularity in open systems

Hui Jing, Hunan Normal University—Nonreciprocal Quantum Optics

Renbao Liu, Chinese University of Hong Kong—Quantum nonlinear spectroscopy via a quantum sensor

Xiaosong Ma, Nanjing University—Integrated quantum photonics for quantum network

Zeyu Ou, City University of Hong Kong—Unbalanced interferometers beyond coherence time

Jayne Thompson, Agency For Science, Technology and Research(A*STAR), Singapore—Using quantum agents to reduce the resource cost of executing adaptive tasks

Jinhui Wu, Northeast Normal University—Enhanced biphoton generation on resonance via atomic dark state
Zhedong Zhang, City University of Hong Kong—Monitoring electronic coherences of molecules by quantum-light spectroscopy

Topic3:Quantum precision measurement

Invited talks:

Junhong An, Lanzhou University—Floquet engineering to overcome no-go theorem of noisy quantum metrology

Kelin Gao, Institute of Precision Measurement Science and Technology Innovation, CAS—The precision spectroscopy study with Ca+ ion

Juergen Stuhler, TOPTICA Photonics AG ,Germany—TOPTICA Photonics – From Lasers for Quantum Technologies to Optical Clocks

Xinhua Peng, University of Science and Technology of China

Tian Xia, University of Science and Technology of China—CP symmetry test via atomic EDM measurement

Weiping Zhang, Shanghai Jiao Tong University—Quantum Metrology with Atom-photon Interface

Topic4:Quantum simulation

Invited talks:

Gyu-Boong Jo, The Hong Kong University of Science and Technology（HKUST）—Quantum simulation with neutral atoms:from non-Hermitian matter to 2D dipolar superfluids

Xiaopeng Li, Fudan University—Computation with Atomic Quantum Simulations

Zhifang Xu, Southern University of Science and Technology—Unconventional Superfluidity in Optical Lattices

Wei Zhang, Renmin University of China—Quantum simulation of non-Hermitian Hamiltonian in trapped ion
Jiehang Zhang, Shanghai Institute for Advanced Studies of University of Science Technology of China—Quantum information with a high-connectivity processor
Xianhe Zhao, University of Science and Technology of China—Quantum simulation based on random circuit sampling

Topic5:Quantum computation and algorithms

Invited talks:

Peter Coveney, University College London, US—Seeking quantum advantage in molecular electronic structure calculations

Nana Liu, Shanghai Jiao Tong University—Analog quantum simulation of partial differential equations
Zhongxia Shang, University of Science and Technology of China—A polynomial-time quantum algorithm for solving the ground states of a class of hard Hamiltonians

Xin Wang, City University of Hong Kong—Application of optimal control in quantum parameter estimation and quantum hypothesis testing

Yukai Wu, Tsinghua University—Progress on ion trap quantum computing and simulation

Kai Xu, Institute of Physics, CAS—Quantum simulation based on hamiltonian engineering in superconducting circuits

XiaoYuan, Peking University—Variational quantum simulation algorithms

Youpeng Zhong, Southern University of Science and Technology—Distributed quantum computing with superconducting qubits

Topic6:Quantum error correction and fault tolerance

Invited talks:

Ying Li, China Academy of Engineering Physics—Quantum error correction and error mitigation

Mazyar Mirrahimi, National Institute for Research in Digital Science and Technology (INRIA), France—Repetition cat qubits

Xiaolong Su, Shanxi University—Continuous-variable quantum computation and quantum error correction
Ye Wang, Hefei National Laboratory—Quantum error correction on a trapped-ion quantum computer
Yuan Xu, Southern University of Science and Technology—Beating the break-even point with a discrete-variable-encoded logical qubit

Xiaobo Zhu, University of Science and Technology of China—Superconducting quantum computing error correction

Topic7:Ultracold atoms and molecules

Invited talks:

Wenlan Chen, Tsinghua University—Observation of universal dissipative dynamics in strongly correlated quantum gas
Yanting Cheng, University of Science and Technology Beijing—Quantum Many-Body Physics with Rydberg Atom Arrays

Ippei Danshita, Department of Physics Kindai University, Japan—Dynamics of correlation spreading in cold-atom systems

Chao Gao, Zhejiang Normal University—Twistronics with cold atoms

Xiwen Guan, Institute of Precision Measurement Science and Technology Innovation, CAS—Quantum transport of 1D Hubbard model

Xiongjun Liu, Peking University—Quantum critical states in optical Raman lattices

Xinyu Luo, Max Planck Institute, Germany—Creation of ultracold tetratomic molecules from a Fermi gas of microwave-shielded polar molecules

Dajun Wang, Chinese University of Hong Kong—Quantum control and interaction of ultracold polar molecules

Bo Yan, Zhejiang University—Quantum simulation in momentum lattice with ultracold atoms

Tianwei Zhou, University of Florence,Italy—Strongly Interacting Lattice Fermions: Hall Physics in Synthetic Quantum Systems

Topic8: Quantum communications

Invited talks:

Jiupeng Chen, Jinan Institute of Quantum Technology—Long-distance optical fiber twin-field quantum key distribution
Hou IAN, University of Macau——Quantum information using linear optics

Yongmin Li, Shanxi University—The scheme implification and networking of continuous variable quantum key distribution

Bing Qi, New York University Shanghai—Towards the integration of quantum key distribution in classical optical networks

Tao Wang, Shanghai Jiao Tong University—Continuous-variable quantum access network

Zongquan Zhou, University of Science and Technology of China—Long-lived quantum memories and quantum networks

Topic9: Quantum experiments in space

Invited talks:

Tang Li, Shanghai Institute of Optics and Fine Mechanics, CAS—Experimental Progress of Cold Atom Physics Rack (CAPR) in Chinese Space Station

Shengkai Liao, Satellite based quantum key distribution network—Satellite based quantum key distribution network
Paolo Villoresi,University of Padova, Italy—Harnessing novel photonics tools for Space Quantum Communications
Wenjuan Wang,Shanghai Institute of Technical Physics, CAS—InP-based Single Photon Avalanche Diode and Its Applications in Space Quantum Experiments

Shougang Zhang, National Time Service Center, CAS—High-precision time-frequency experimental system in the China Space Station

Topic10:Integrated quantum photonics

Invited talks:

Yunhong Ding,Technical University of Denmark, Denmark—Integrated quantum photonics on silicon, lithium niobate and future hybrid platform

Xiaoshun Jiang, Nanjing University—Brillouin-Kerr soliton and optomechanical optical microcombs in chip-based microresonators

Xianmin Jin, Shanghai Jiao Tong University

Feng Liu, Zhejiang University—Quantum devices based on III-V quantum dots

Mingyang Zheng, Jinan Institute of Quantum Technology—Quantum frequency conversion and single-photon detector with LNOI chip

Qiang Zhou, University of Electronic Science and Technology of China—Integrated multimode photonic quantum memory at telecom band

Topic11:Quantum detections and applications

Invited talks:

Jin Chang, Delft University of Technology, the Netherlands—Research progress of SNSPD and emerging quantum optics applications in the future

Rugang Geng,University Of New South Wales,Australia—Sub-micron spin-based magnetic field imaging with an organic light-emitting diode
Chunming Yin, University of Science and Technology of China—Single erbium ions in silicon nanodevices for quantum applications

Qi Zhang, Nanjing University—Coherent strong coupling: from light-matter to matter-matter
Manjin Zhong, Southern University of Science and Technology—Development of a persistent quantum memory
Lai Zhou, Beijing Academy of Quantum Information Sciences——High speed single photon detector and the application in quantum network

Topic12:Quantum optomechanics and quantum precision measurement

Invited talks:
Sungkun Hong, University of Stuttgart, Germany—Integrated quantum levitodynamics: from fundamental research to new quantum technology

Jieqiao Liao, Hunan Normal University—Dark-mode engineering in cavity optomechanical systems with multiple mechanical modes
Haitan Xu, Nanjing University—Exceptional point, precision measurement and control in optomechanics

Topic13:Micro/nano-photonics
Invited talks:

Huanjun Chen, Sun Yat-sen University—Polaritonic 2D crystals and their applications in THz and mid-infrared regions

Ye Tian, Shanghai Institute of Optics and Fine Mechanics, CAS—Surface plasma polariton amplification and electron acceleration under intense field

Yang Zhang, University of Science and Technology of China—Probing magneticl light-molecule interaction in a plasmonic picocavity

Lei Zhou, Fudan University—meta-couplers for linking propagating waves and surface waves

Topic14: Optoelectronic integration

Invited talks:
Martin Booth, University of Oxford, UK

Xuewen Chen, Huazhong University of Science and Technology

Honghua Fang, Tsinghua University

Jintian Lin, Shanghai Institute of Optics and Fine Mechanics, CAS—Kerr soliton comb generation in a normal dispersion lithium niobate microdisk by mode trimming

Ziyang Zhang, Westlake University—Function Programmable Waveguide Engine and Integration Technology

Topic15:Terahertz quantum detection

Invited talks:

Lei Hou, Xi 'an University of Technology

Wei Huang, South China Normal University—Terahertz technology based on Rydberg atoms

Guilan Li, Beijing Institute of Radio Measurement—Quantum Measurement of Electromagnetic Fields

Yan Peng, University of Shanghai for Science and Technology—Terahertz Rydberg fine detection study
Qianchun Weng, Institute of Physical and Chemical Research (RIKEN), Japan—Terahertz quantum sensing and ultrasensitive super-resolution imaging

Linjie Zhang, Shanxi University—Electric fields sensing based on Rydberg atoms

Topic16:Biophotonics

Invited talks:

Jiawei Sun, Shanghai Artificial Intelligence Laboratory—Smart Multi-core Fiber Endoscopy for Optical Manipulation and 3D Imaging

Peng Xi, Peking University—Super-resolution: an adventure on a new dimension

Wei Zheng, Shenzhen Institute of Advanced Technology，CAS—Development and application of novel two-photon microscopy

Topic17:AI in optics and photonics

Invited talks:

Liangcai Cao, Tsinghua University
Juergen Czarske, TU Dresden, Germany—Computational Fiber-optical Communication and Sensing exploiting AI

Chaoran Huang, Chinese University of Hong Kong
Liyang Shao, Southern University of Science and Technology—Intelligent Integrated Fiber Optic Communication and Sensing

Xingjun Wang, Peking University
Gu Xuemei, Max Planck Institute, Germany—Graph-Theoretical Approaches for AI-Driven Discovery in Quantum Optics
Qian Zhang, Dresden University of Technology, Germany—Digital demultiplexer for structuredlight in multimode fibers usingphysics-informed neura network

Qiming Zhang, University of Shanghai for Science and Technology—Artificial neural networks enabled by nanophotonics

Topic18:Quantum information and optoelectronics industry

Invited talks:

Jun Jiang, University of Science and Technology of China—Quantum photonics guided machine learning for material industrial digitization

Lei Mi, Cas Star

Hongsong Shi, China Information Security Assessment Center—Towards the progress of ISO/IEC standardization on QKD security evaluation

Min Yu, USTC Holdings Company Limited—Industrialization of quantum technology

Transportation

• 11 minutes drive from the city centre（about 12 yuan）

• 19 minutes drive from Jinhua Station（about 15 yuan）

• 19 minutes drive from Jinhua South Station（about 15 yuan）

• 57 minutes drive from Yiwu Airport（about 150 yuan）

酒店位置图

Transportation for Foreign attendee：
1.Shanghai Pudong International Airport: 353km from NARADA·HOTEL，it will take about 5 hours drive to the destination.
2.Beijing Daxing International Airport/Beijing Capital International Airport: Transfer to Yiwu Airport(about 2 hours flight) which is 58km from NARADA·HOTEL, it will take about 1 hour's drive to the destination.

3.Guangzhou Baiyun International Airport: Transfer to Yiwu Airport(about 2 hours flight) which is 58km from NARADA·HOTEL, it will take about 1 hour's drive to the destination.

The organizing committee will arrange picking up and dropping off for overseas experts.

Shuttle Bus

Friday 24 November

1.Yiwu Airport→NARADA·HOTEL

Departure time:10:00/13:00/16:00/19:00/22:00

Please contact (Tel:15239570371/19883899420)

2.Jinhua Station→NARADA·HOTEL

Departure time:12:00-21:00（Depart at integral points）

Please contact (Tel:15875154209/13588176191)

3.Jinhua South Station→NARADA·HOTEL

Departure time:12:00-21:00（Depart at integral points）

Please contacti(Tel:19550596536/19548990854)

PhotoniX Prize: Lighting Young Achievers in Photonics

We are thrilled to announce the establishment of an esteemed award at the upcoming QPhotoniX 2023—a prize that aims to acknowledge and motivate the exceptional contributions made by young scientists who are under 35 years old in the field of photonics and its interdisciplinary applications. The initiative seeks to celebrate the visionary work of individuals who have demonstrated outstanding achievements, irrespective of age or specialization, and have significantly advanced the frontiers of photonics.

The PhotoniX Prize stands as a beacon of recognition for the young researchers who have harnessed the power of light to unlock new possibilities and drive innovation. This prestigious award draws inspiration from the renowned Fresnel Prize and embodies a similar spirit of honoring brilliance in the field of optics.

This year, the PhotoniX Prize will be awarded in two distinct categories: Frontier Exploration and Technological Breakthrough, each representing vital aspects of photonics research.

The Frontier Exploration category recognizes those visionary minds who have ventured into uncharted territories and pushed the boundaries of knowledge in fundamental photonics. This award celebrates the intellectual curiosity and courage required to embark on groundbreaking scientific quests.

The Technological Breakthrough category applauds young trailblazers who have transformed their innovative ideas into practical applications and technologies with real-world impact. This award acknowledges the transformative power of photonics in driving technological progress and societal benefits.

The PhotoniX Prize aims to inspire young researchers to continue their relentless pursuit of excellence, serving as a catalyst for further discoveries and advancements in photonics. By acknowledging their remarkable achievements, we hope to nurture and empower the next generation of photonics leaders.

Nomination Process

Deadline: November 15th, 2023

The nomination must include:

A letter of not more than 1,000 characters outlining the nominee's qualifications and outstanding contribution to the field

Name and email address of the nominee

Award citation (no more than 30 words)

A biographical sketch, including date of Ph.D

A list of the most important publications.

At least two letters of external recommendation, not including the nominator

Nominations of others and self-nominations are both welcomed

Optional supporting documents such as additional publications, patents, etc

Contact: The entire package should be bundled into a single pdf file and submitted by email to zhangshu@csoe.org.cn

Science Popularization Forum on Quantum Photonics

In order to stimulate the scientific innovation potential of the majority of teenagers in Jinhua, to cultivate their awareness of loving science and the spirit of science, the organizing committee will invite academicians and experts to hold a special science popularization forum in the multifunctional theater of Jinhua Light Cultural Square on the morning of November 27th. The activity will be hosted by Jinhua Association for Science and Technology, Zhejiang Normal University and Jinhua Municipal Committee of Jiusan Society, and organised by Jinhua Science and Technology Museum. The event will be presided by the TV host on live, stay tuned.

Quantum Information and Optoelectronics Industry Innovation Exhibition
The conference will build a whole industry chain platform for the academic and industrial sessions in the field of quantum photonics. In order to fully display innovative products, technologies and industrial development in this field, the organizing committee will set up a special exhibition area during the conference, and invite relevant units and enterprises to actively sign up. According to the needs of various enterprises, the organizing committee can carry out customized personalized docking service activities.

Meet the Editor-in-Chief of PhotoniX
The Editorial office of PhotoniX will invite the chief editors and editors of the journal to meet with young scholars and authors in the field of quantum photonics face to face, discuss the technical development and hot issues in the field of quantum photonics, and give guidance and answer questions on the writing, submission and evaluation criteria of international high-quality journal papers.

Youth Scientist Forum

The forum is aimed at Chinese researchers studying and working overseas who are engaged in quantum photonics and related technologies. The forum is mainly a summary and presentation of all the scientific research work of researchers overseas, highlighting the highlights of work innovation in recent years. It aims to provide a good display platform for outstanding overseas scientific researchers in the subdivision field of quantum photonics, and promote the exchange and accurate docking between domestic universities, research institutes, enterprises and institutions and overseas scientific research talents.

Outstanding Youth Paper Report

Quantum Clash：Ping-Pong Tournament, etc

Visa Application
TBC

Poster

QPX2023-Poster-Template-80cmx80cm.pptx

Jinhua City, located in Zhejiang Province, China, is a city with abundant tourism resources. Here are some of the main tourist attractions in Jinhua, including Hengdian World Studios:

Hengdian World Studios is the largest film and television production base in the world. It consists of various scenic areas such as the Ming and Qing Dynasty Palace, Water Margin Town, Republic Street, and Western Film Studios. Many Chinese movies and TV dramas have been filmed here. Visitors can experience the process of film production and enjoy various exciting performances.
东阳木雕

Dongyang woodcarving: Dongyang is known as the hometown of Chinese woodcarving. It is famous for its exquisite woodcarving artworks such as screens, tables, chairs, and home decorations. Visitors can visit woodcarving workshops to learn about the production process and purchase some woodcarving art pieces as souvenirs.

Yiwu International Trade City: Yiwu Market is one of the largest wholesale markets for small commodities in China. It has thousands of shops selling a wide range of products such as toys, accessories, and home goods. Visitors can go shopping here and experience the vibrant market culture of China.
金华老街

Jinhua Old Street is a well-preserved ancient commercial street. It features traditional buildings and a nostalgic atmosphere. Visitors can stroll along the old street, admire the ancient architecture, taste local cuisine, and buy some unique handicrafts.
义乌国际博览中心

Yiwu International Expo Center is one of the largest comprehensive exhibition centers in China. Various exhibitions and conferences are held here regularly. Visitors can visit the exhibitions to learn about the latest products and technologies.

Shuanglong Cave, located in Jinhua City, Zhejiang Province, China, is a popular tourist attraction known for its natural beauty and cultural significance. Here is an introduction to Shuanglong Cave in English:

Shuanglong Cave, also known as the "Double Dragon Cave," is a magnificent limestone cave nestled in a scenic area surrounded by lush mountains and clear streams. The cave gets its name from the two underground rivers that flow through it, resembling two winding dragons.

Inside the cave, visitors will be amazed by the stunning stalactite and stalagmite formations, which have been shaped over millions of years. The cave is adorned with colorful lights that highlight the natural beauty of the rock formations, creating a magical and otherworldly atmosphere.

Apart from its natural wonders, Shuanglong Cave also holds cultural and historical significance. It is believed to have been inhabited by ancient humans during the Paleolithic period, as evidenced by the stone tools and pottery fragments discovered in the cave. The cave also served as a hiding place for local people during times of war and conflict.

City Campaign