
Conference
Keynotes
Keynotes

Director of Quantum Hardware,
Amazon Web Services (AWS)
John G. Braun Professor of Applied Physics and
Professor of Physics at Caltech
- Ph.D. in Electrical Engineering,
California Institute of Technology
(2001)
- M.S. in Electrical Engineering,
California Institute of Technology
(1995)
- B.A.Sc. in Electrical Engineering (Honours),
University of British Columbia
(1994)
- Director, Quantum Hardware, AWS Center for Quantum Computing
(2019 – Present)
- Professor of Physics, Caltech
(2018 – Present)
- John G. Braun Professor of Applied Physics, Caltech
(2014 – Present)
- Co-Director, Institute for Quantum Information and Matter
(2014 – Present)
- Co-Director, Kavli Nanoscience Institute
(2011 – 2013, 2015 – 2019)
- Executive Officer, Applied Physics and Materials Science, Caltech
(2010 – 2013)
- Director, Quantum Nanophotonics, Max-Planck Institute
(2013 – 2014)
- Co-Founder, Xponent Photonics
(2000 – 2002)
Keynotes

QED-C Executive Director
at SRI International
- Ph.D. in Geochemistry, Pennsylvania State University
- B.S. in Geology/Earth Science, Brown University
(1974 – 1978)
- QED-C Executive Director, SRI International
(2021 – 2025)
- Deputy Director, QED-C, SRI International
(2019 – 2021)
- Associate Director, QED-C, SRI International
(2019)
- Director of Strategic and Institutional Planning,
Oak Ridge National Laboratory
(2017 – 2018)
- Vice President, Semiconductor Research Corporation
(2008 – 2017)
- Assistant Director for Technology R&D, White House OSTP
(2003 – 2008)
- Research Scientist, U.S. Naval Research Laboratory
(1989 – 2003)
- Postdoctoral Researcher, Lawrence Livermore National Laboratory
(1987 – 1989)
Keynotes

Professor of Physics
at Cornell University
- Postdoctoral Fellow, Stanford University
(2005 – 2008), Condensed Matter Physics Theory
- Ph.D. in Physics, University of Illinois at Urbana-Champaign
(2005)
- B.S. in Physics, Seoul National University
(1998)
- Visiting Faculty Researcher, Google
(2023 – Present)
- Professor of Physics, Cornell University
(2019 – Present)
- Distinguished Visiting Professor, Ewha Womans University
(2022 – Present)
- Associate Professor, Cornell University
(2014 – 2019)
- Assistant Professor, Cornell University
(2008 – 2014)
- Visiting Consultant, Microsoft Station Q
(2006 – 2008)
- Postdoctoral Fellow, Stanford Institute for Theoretical Physics
(2005 – 2006)
The exhibition application will open on March 11, 2026
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Privacy Policy
The "Quantum Korea 2025 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 2025 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 2025 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
Duration of retention of personal data
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.
Ensure the safety of personal information
The Quantum Korea 2025 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.
3. Physical measures: Control of access to personal information storage such as data processing rooms
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.