
Program
Full program
Session Topic : Quantum Computing I
14:00 ~ 15:40 (100’)
Session Title : From Prototype
to Utility-Scale:
Path to Scalable
Quantum Computing
(Part 1)
Chairperson : Yongsoo Hwang
From Prototype to Utility-Scale:
Path to Scalable Quantum Computing (Part 1)
Yongsoo Hwang
High-Threshold and Low-Overhead
Fault-Tolerant Quantum Memory
Patrick Rall
Benefits and Challenges of Conveyor-mode
Single Electron Shuttling in Si/SiGe
Lars R. Schreiber
Quantum Error Correction and Fault-Tolerant
Quantum Computing with Fusion and Hybrid
Seung-Woo Lee
Session Topic : Quantum Communication I
16:00 ~ 17:40 (100')
Session Title : Quantum Key Distribution:
The First Practical
Quantum Technology
Chairperson : Yongsu Kim
Quantum Key Distribution:
The First Practical Quantum Technology
Yongsu Kim
Inter-City Quantum Network
with Untrusted Relays
Xiongfeng Ma
Certification of Quantum Cryptography
Against Implementation Loopholes
Vadim Makarov
Continuous-Variable Quantum Key Distribution:
From Real-World Deployment to Device Independence
Ulrik Lund Andersen
Session Topic : Quantum Science
10:10 ~ 12:20 (130’)
Session Title : Quantum Materials:
Shaping the Backbone of
Quantum Information
Chairperson : Kwon Park
Quantum Materials:
Shaping the Backbone of Quantum Information
Kwon Park
Quantum Microscopy of Electronic Correlated
Phase and Their Potential Application
for Topological Qubits
Ali Yazdani
Quantum Many-Body Theory:
Enhancing and Benefiting from Quantum Computing
Sangkook Choi
Graphene Quantum Devicess
Klaus Ensslin
Development of a Two-Dimensional Materials-
Based Quantum Device Platform
for Quantum Information Transport
Seok-kyun Son
Session Topic : Quantum Sensing I
14:00 ~ 15:40 (100')
Session Title : New Opportunities in
Quantum Sensing:
Practical Applications
Chairperson : In-ho Bae
New Opportunities in Quantum Sensing:
Practical Applications
In-ho Bae
High Precision Measurement
with Atom Interferometry
Zhong-Kun HU
QQuantum Sensing the Nanoscale
with Nitrogen Vacancy Centers
Gabriel Puebla Hellmann
Quantum Induced Coherence LiDAR
Da-Wei Wang
Session Topic : Quantum Computing II
16:00 ~ 17:40 (100')
Session Title : From Utility to Impact:
Future of Quantum
Computing Applications
Chairperson : Jeongho Bang
From Utility to Impact:
Future of Quantum Computing Applications
Jeongho Bang
Hybrid Quantum-Machine Learning
Approaches to Complex Systems:
from Spin Systems to Genomics
Antonio Mandarino
Optimizing Quantum Data Embedding
for Machine Learning
Daniel Kyungdeock Park
Exponential Advantages
in Learning Continuous-Variable Systems
Changhun Oh
Session Topic : Quantum Communication II
10:20 ~ 12:00 (100')
Session Title : Solid-State Interconnects
for Scalable Quantum Networks
Chairperson : Hosung Seo
Solid-State Interconnects
for Scalable Quantum Networks
Hosung Seo
Spin-Photon Interface
from Solid State Defect Qubits
Adam Gali
Quantum Device Formation
in Silicon via Ion Implantation
Jeffrey McCallum
Exploring Phonon-Photon Interactions
in Silicon Optomechanical Crystals
for Quantum Transduction
Jinwoong Cha
Session Topic : Quantum Sensing II
14:00 ~ 15:40 (100')
Session Title : Advancing to the Next Level:
Fundamentals of
Quantum Sensing
Chairperson : Chulki Kim
Advancing to The Next Level:
Fundamentals of Quantum Sensing
Chulki Kim
Distributed Quantum Sensing
with bright Entangled Twin Beams
Seongjin Hong
Quantum Metrology with Two-Photon Absorption
and Contextual Schemes
Kwang-Geol Lee
Interfacing, Integrating,
and Interacting Quantum Emitters
for Advanced Photonic and Spin Qubits
Je-Hyung Kim
Session Topic : Quantum Computing III
16:00 ~ 17:40 (100')
Session Title : From Prototype
to Utility-Scale:
Path to Scalable
Quantum Computing
(Part 2)
Chairperson : Junki Kim
From Prototype to Utility-Scale:
Path to Scalable Quantum Computing (Part 2)
Junki Kim
Scaling Trapped-Ion Quantum Computers
Jonathan Home
Utility from Hybrid Continuous-Discrete-Variable
Quantum Computing
Yuan Liu
Cryo-CMOS Technology
for Scalable Quantum Computing
Jae-Yoon Sim
Error Correction and Scaling: Addressing the Quantum Tyranny of Numbers
10:00 ~ 10:50 (50’)Prof. Oskar Painter
From Research to Real World: The Emerging Global Quantum Economy
10:50 ~ 11:40 (50’)Dr. Celia Merzbacher
Attention to Quantum Complexity
09:00 ~ 09:50 (50’)Prof. Eun-Ah Kim
Session Topic : Global Quantum Technology Trends
and Evolution
Yonatan Cohen
Quantum Machines
What is the classical system we need
for quantum error correction?
Jin-Sung Kim
NVIDIA
Defining the Accelerated Quantum Supercomputer
Aravind Ratnam
Q-CTRL
Delivering quantum advantage
in quantum computing through middleware
George T. Kanellos
University of Athens
Toward a Large-Scale
Network Deployment
of the EUROQCI Ecosystem
Yong-ho Lee
Steve Brierley,
Jin-Sung Kim,
Aravind Ratnam,
George T. Kanellos
Panel Discussions
Session Topic : Current Status of National Quantum
Industry Ecosystems
Sang-Yun Uhm
ID Quantique
Korean’s Quantum Industry Ecosystem
Celia Merzbacher
QED-C
State of the US Quantum Industry
Teija Lahti-Nuuttila
Business Finland
Status of the EU
Quantum Industry Consortium (QuIC)
and the EU Quantum Strategy
Shunsuke Okada
Q-STAR
Japan’s Initiative and Ambitions in Quantum Industry
Jun Heo
Sang-Yun Uhm,
Celia Merzbacher,
Teija Lahti-Nuuttila,
Shunsuke Okada
Panel Discussions
Session Topic : Status of Global Quantum Valley
Cluster Development
Jonathan Legh-Smith MBE
UK Quantum
The UK’s Quantum Ecosystem
Preeti Chalsani
Intersect Illinois
Illinois Quantum Ecosystem
Chalene Johansson
Quantum Delta Delft
Introduction to the Dutch
Quantum Ecosystem
Maria Longobard
NCCR SPIN
University of Basel
Innovations from the City
of QuantumBasel's NCCR SPIN
André M. König
Global Quantum Intelligence
Quantum Ecosystem
KAIST
Eunseong Kim
Introduction of KAIST Graduate School
of Quantum Science and Technology
NIA
Yuhwan Jang
Quantum Technology Industrialization
Achievements and Future Plans
The Netherlands Organization
for Applied Scientific Research
(TNO)
Saurabh Karwal
Overview of Quantum Activities at TNO
Classiq
Akira Tanaka
Classiq Meets Korea:
Into the Qubit Future
MegazoneCloud
Brad Kim
Connecting the Quantum Ecosystem:
MegazoneCloud’s Execution
and Expansion Strategy
Qedma Quantum Computing
Itai Arad
Near-term quantum advantage
with QESEM error mitigation software
IBM Korea
Charles Chung
Quantum-Centric Supercomputing:
Near-Term Industry-Scale
Chemistry & Material Simulation
Break
Seoul Metropolitan Government
(Qummit)
Johnson Jun
Qummit Quantum Software:
Bridging Research to Industry
QuEra Computing
Tommaso Macri
QuEra Computing:
Leading Quantum Innovation with Neutral Atoms
IQM Quantum Computers
Mikio Nakahara
IQM Approach to Fault-Tolerant
Quantum Computing
NORMA
Hyunchul Jung
Quantum Computing
Cloud Q Platform as a Service
NextQuantum
Taehyun Kim
Overview of NextQuantum
at Seoul National University
KT
Kyungwoon Lee
Towards the Quantum Internet
SDT Inc.
Jinyoung Kim
Current Status and Future Plans for the
Development of Domestically Produced Dilution
Refrigerators in Korea
LG Uplus
Jongbo Choi
Quantum Security SaaS
Korea Quantum Computing
Stephen Oh
The Critical Role of PQC-Based HSM
in Cyber Security
Seoul Metropolitan Government
(OAQ)
Deokyoung Lee
Quantum Sensing for Defense:
Current Status and Future Outlook on GPS-Free
Navigation and Next-Generation Surveillance
QUANDELA
Xavier Pereira
Photonic Quantum Computing
for Industry Use-Cases
Zurich Instruments AG
Moritz Kirste
Enabling the Second Quantum Revolution
with Classical Instrumentation
MegazoneCloud
(AWS)
Sangman Cho
Amazon Braket, a Cloud-based
Quantum Computing Service Provided by AWS
IBM Korea
Rizwan Hussain
Moving Towards Quantum Advantage:
Research, Workforce Development,
and Industry Use Cases
KAIST
Yong-Hoon Cho
Introduction of National
Quantum Fabrication Center
Institute for Basic Science
Soo-hyon Phark
A Novel Quantum Platform:
Atomic Spins on Surfaces
ETRI
Byung-Seok, Choi
Introduction of ETRI Quantum Technology
Quantum Delta Delft
Chalene Johansson
Building the Future
of Quantum Technology in the Netherlands
IonQ
Philip Farah
Driving Growth:
Quantum Economies
and Ecosystems of Innovation
Quantum Machines
Michaela Eichinger
Hybrid Control for Fault Tolerance:
Using GPUs to Optimize
Multi-Qubit Calibration in Real Time
The exhibition application will open on March 11, 2026
Coming Soon
개인정보처리방침
“퀀텀 코리아 2026 조직위원회” (이하 주최자) 는 고객님의 개인정보를 중요시하며 “정보통신망 이용촉진 및 정보보호” 에 관한법률을 준수하고 있습니다. 주최자는 개인정보 취급방침을 통하여 고객님께서 제공하시는 개인정보가 어떠한 용도와 방식으로 이용되고 있으며 개인정보보호를 위해 어떠한 조치가 취해지고 있는지 알려드립니다. 주최자는 개인정보취급방침을 개정하는 경우 웹사이트 공지사항 (또는 개별공지) 을 통하여 공지할 것입니다.
수집하는 개인정보 항목
퀀텀 코리아 2026은 회원가입, 상담, 서비스 신청 등을 위해 아래와 같은 개인정보를 수집하고 있습니다.
1. 수집항목 : 이름, 휴대전화, 이메일, 직업, 직책, 그 외 선택항목
2. 자동수집항목 : 서비스 이용기록, 방문로그, 쿠키, 방문IP정보
3. 개인정보 수집방법 : 홈페이지 (사전등록, 참가업체 등)
개인정보의 수집 및 이용목적
퀀텀 코리아 2026은 행사와 관련된 참가와 관람 안내를 위해 수집한 개인정보를 다음의 목적을 위해 활용합니다.
1. 서비스 이용에 따른 본인식별, 실명확인, 가입의사 확인
2. 고지사항 전달, 의사소통 경로 확보 정보 확보
3. 신규 서비스 등 최신정보 개인 맞춤 서비스 제공을 위한 자료
4. 불량회원 부정 이용 방지 및 비인가 사용 방지
5. 기타 원활한 양질의 서비스 제공
개인정보의 보유 및 이용기간
원칙적으로, 개인정보의 수집 및 이용목적이 달성된 후에는 해당 정보를 지체 없이 파기합니다.
단, 다음 정보에 대해서는 아래의 이유로 명시한 기간 동안 보존합니다.
*보존 항목 : 이름, 휴대전화, 이메일, 직업, 직책, 그 외 선택항목
*보존 근거 : 서비스 개선, 조사 통계, 차기 행사 안내를 위함
*보존 기간 : 약 1년 - 차기년도 행사 종료 후 1달 이내필수 개인정보 수집을 동의하지 않는 경우귀하의 개인정보 수집을