
Conference
Full program
Day 1 / July 2 (Thu) |
Day 2 / July 3 (Fri) |
|---|---|
Keynote 1 |
Exhibitor Session 9 |
Keynote 2 |
Exhibitor Session 10 |
Exhibitor Session 1 |
Quantum Industry Insight |
Exhibitor Session 2 |
Exhibitor Session 11 |
Exhibitor Session 3 |
Exhibitor Session 12 |
Exhibitor Session 4 |
Exhibitor Session 13 |
Exhibitor Session 5 |
Exhibitor Session 14 |
Exhibitor Session 6 |
Exhibitor Session 15 |
Exhibitor Session 7 |
Exhibitor Session 16 |
Exhibitor Session 8 |
Special Session "Quantum Usecases in Industry". |
Day 1 / July 1 (Wed) |
Day 2 / July 2 (Thu) |
Day 3 / July 3 (Fri) |
||
|---|---|---|---|---|
Session 1A |
Session 1B |
Poster Session |
Session 5A |
Session 5B |
Session 2A |
Session 2B |
Session 6A |
Session 6B |
|
Session 3A |
Session 3B |
Session 7A |
Session 7B |
|
Session 4A |
Session 4B |
|||
Quantum Engineering: A Systems Challenge
Prof. Isaac Chuang
Quantum technology : the story so far
Prof. Myungshik Kim
Enabling Quantum Sensing with SWIR SPAD Epitaxial Platforms
Cho Yongcheol, Director, Research Institute
Quantum at SKKU : QCenter, QFab & Quantum Engineering
Junki Kim, Professor
The QC Turning Point: Accelerating Industrial Adoption with Qmod and Automated Circuit Synthesis
Daniel Sung Jin Kim, Commercial Director, Korea (Donghun Lee , Quantum Algorithm Engieering Manager)
Quantum at KAIST
Eunseong Kim, Chair
Master the long-lived logical qubit
Moritz Kirste, Head of Business Development
Turning Quantum Potential into Actionable Advantage
Brad Kim, Chief Quantum Officer
Trends in Photonic Quantum Computing Technology and Quandela’s Roadmap to FTQC:
Xavier Pereira, Chief Growth Officer
The Accelerating Quantum Impact: Building Economic Momentum, Resiliency and Security with IonQ
Philip Farah, VP, GTM
Quantum Industry Insight
Panel Discussion
Towards the Quantum Internet
Kyungwoon Lee, Senior Research Engineer
Introduction to the Quantum Ecosystem in Canada
Philip Lafrance, Manger Sector Development & Operations
Designing and Manufacturing Scalable Qubit Controllers
Jinho Park, Quantum Hardware Team Lead
Next-Generation Integrated Quantum Photonic Devices at KIST: An Integrated Solution from Quantum Simulators to Quantum Communication Modules
Hyounghan Kwon, Senior Researcher
Building the future of quantum technology in the Netherlands
Anna Grashuis Policy Officer International & EU
Jiwon Yun, Quantum Researcher
Introduction of ETRI Quantum Technology
Yoon Chunju, Assistant Vice President
From Quantum Research to Industrial Impact: The Road to Practical Quantum Advantage
Dr. Charles Chung Global lead for Quantum Industry Applications for Electronics, Aerospace, Engineering & Manufacturing
Introduction to the NextQuantum
Tahyun Kim, Professor
The UK's Quantum Ecosystem
Jonathan Legh-Smith(UK Quantum)
Quantum-Augmented Optimization Consulting
Young-min Jun (LG CNS)
Hybrid Quantum-Classical Computing Experiences from HPC-QPU platform
June-Koo Kevin Rhee (Qunova Computing)
From Roadmap to Reality: Pasqal's Progress in Action
Loic Henriet (Pasqal)
Talk 1
Feedback stabilization of multi-qubit parameters enabled by single-shot measurement-based sequential Monte Carlo method
Prof. Dohun Kim
Seoul National University
Talk 2
Probing real-time lattice gauge theory scattering dynamics and many-body non-Hermitian phase transition in a Rydberg-atom array
Prof. Lin Li
Huazhong University of Science and Technology
Talk 1
Multipartite entanglement for quantum network: applications of W states
Prof. Masahiro Takeoka
Keio University
Talk 2
Long-lived remote ion–ion entanglement for scalable quantum repeaters
Prof. Ye Wang
University of Science and Technology of China
Talk 1
Random quantum states with extremely low quantum resources
Prof. Hyukjoon Kwon
KIAS
Talk 2
Integrated-photonic quantum computing and networking
Prof. Jianwei Wang
Peking University
Talk 1
Bayesian update of quantum beliefs
Prof. Valerio Scarani
National University of Singapore
Talk 2
Frustrated Bosonic Systems: A New Arena for Quantum Simulation
Prof. Myungjoong Hwang
Duke Kunshan University
Talk 1
Acoustic phonons for quantum computing
Prof. Andrew Cleland
University of Chicago
Talk 2
Leveraging light-matter interaction in bosonic cQED for quantum information processing
Prof. Yvonne Y. Gao
National University of Singapore / CQT
Talk 1
Development of Trapped-ion Nuclear Clocks
Dr. Atsushi Yamaguchi
RIKEN
Talk 2
Single photon emitters in 2D materials – from deterministic creation to device integration
Prof. Maciej Koperski
National University of Singapore
Talk 1
Quantum computing and quantum advantage
Prof. Xiao Yuan
Peking University
Talk 2
Simulating non-adiabatic chemistry with a hybrid qubit-oscillator system
Prof. Ting Rei Tan
University of Sydney
Talk 1
Satellites for Long Distance Quantum Communication
Prof. Alexander Lin
National University of Singapore
Talk 2
Quantum-Secured Passive Optical Network Enabled by FDM-Based CV-QKD
Prof. Sunghyun Bae
Sejong University
Talk 1
Mesoscopic Superconducting Hybrid Devices
Prof. Gil-Ho Lee
POSTECH
Talk 2
Braiding New Frontiers: Recent Advances in Non-Abelian Anyons
Prof. David F. Mross
Weizmann Institute of Science
Talk 1
Heralded amplification of multi-photon states
Dr. Sergei Slussarenko
Griffith University
Talk 2
Quantum-Enhanced Multiparameter Estimation with Entangled Photons
Dr. Hyang-Tag Lim
KIST
Talk 1
Scalable Trapped-Ion Quantum Computing and Simulation: All-to-All Gates and Two-Dimensional Ion Crystals
Prof. Kihwan Kim
IBS
Talk 2
Quantum Information Processing with Hybridized Spin–Boson Systems in Trapped Ions
Prof. Yiheng Lin
University of Science and Technology of China
Talk 1
Silicon-Vacancy Spin-Photon Interfaces and Multilevel Control in Silicon Carbide for Quantum Network Nodes
Prof. Sang-Yun Lee
GIST
Talk 2
Metropolitan QKD Networks: deployment, validation, and the path to qudit security
Prof. Davide Bacco
University of Florence
Talk 1
Practical and efficient verification of entanglement with limited measurement settings
Prof. Joonwoo Bae
KAIST
Talk 2
Quantum Magnonics: Controlling a Single Magnon and Quantum Squeezing
Prof. Jian-Qiang You
Zhejiang University
Talk 1
Quantum Sensing for Life Science: Microscale magnetic resonance spectroscopy with an optimal sensitivity spin sensor in diamond
Prof. Fazhan Shi
University of Science and Technology of China
Talk 2
Current Status and Future Prospects of Quantum Receiver
Dr. In-Ho Bae
Korea Research Institute of Standards and Science
The exhibition application will open on March 11, 2026
Coming Soon
Privacy Policy
The "Quantum Korea 2026 Organizing Committee" (hereinafter referred to as the organizer) values your personal information and complies with the “Act on Promotion of Information and Communication Network Utilization and Information Protection”. According to the personal information handling policy, the organizer will inform you about the purpose and method of using the personal information provided by you and what measures are being taken to protect the personal information. The organizer will notify you through a notice on the website (or individual notice) when revising the privacy policy.
Information to be collected
The Quantum Korea 2026 is collecting the following personal information for membership registration, consultation, and service application.
1. Collecting data: Name, mobile, e-mail, occupation, position, and other options
2. Automatic collecting data: Service usage records, visit logs, cookies, visit IP information
3. How to collect personal information: Homepage (pre-registration, participating companies, etc.)
The purpose of collection of personal information
The Quantum Korea 2026 utilizes personal information collected for participation and viewing guidance related to the event for the following purposes.
1. Identification, real name verification, and intention to sign up according to service use
2. Deliver notice and secure communication path and information
3. Materials for providing personalized services for the latest information such as new services
4. Prevention of fraudulent use and unauthorized use of bad members
5. Other smooth and high-quality services
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In principle, Personal data will not be kept longer than that is necessary for the fulfillment of the purpose for which it is collected. However, the following information shall be preserved for the period specified for the following reasons.
*Retention Data: name, mobile, e-mail, occupation, position, and other options
*Reason of retention: improvement of service, survey statistics, and guide the next event
*Retention period: About 1 year - Within 1 month after the event of next year ends
If you do not agree to collect required personal information You have the right to refuse to collect your personal information, and in this case, you may not be able to sign up to use our membership-only service or a customer inquiries’ section where answers are required.In the case of optional information that is not required, you may not agree to collect personal information and there is no restriction on the use of the service. The collected personal information shall be used within the scope notified by the "Personal Information Collection and Use Purpose" and shall not be used beyond the scope or provided other companies or institutions.
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The Quantum Korea 2026 is taking necessary manage to secure safety as follows.
1. Managerial measures: Establishment and implementation of internal management plans and regular education for personal information protection
2. Technical measures: Management of access rights to personal information processing systems, installation of access control systems, installation of encryption and security programs, etc.
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Responsibility of Personal Information Management The person in charge of personal information management at this event will be fully responsible for any accidents that violate what was notified to the user when protecting personal information using this event.However, despite technical supplementary measures, they are not responsible for information damage caused by unexpected accidents related to basic network risks such as hacking.