Quantum Computing
Experience the potential of quantum computing at KQC,
with the best quantum computing infrastructure and research in South Korea.
KQC develops quantum computing technologies
to solve real-world business challenges.
From algorithm R&D to infrastructure provision,
KQC is a leading provider driving the practical commercialization of quantum computing in Korea.
Quantum Computing R&D
Developing customized algorithms tailored to industry-specific challenges
Quantum Computing Infrastructure Services
Providing quantum computing resources for enterprise clients (Cloud + On-Premises)
Quantum Computing R&D
Quantum algorithms require fundamentally different structures and approaches compared to classical algorithms,
requiring an in-depth understanding to reframe problems through aquantum-mechanical perspective.
Applying Quantum Algorithms
Developing customized algorithms
to solve client-specific challenges
Turning research into IP and
building a strong IP portfolio
KQC’s Quantum Computing R&D
KQC conducts research and development across diverse industries, including materials & chemistry, optimization, and pharmaceuticals & biotechnology.
Materials & Chemistry
Research
▸
Exploration of advanced secondary battery cathode materials
▸
Research on SQD algorithms and quantum embedding
Optimization
Research
▸
Quantum computing-based logistics optimization
▸
Quantum annealer research for subway scheduling optimization
Pharmaceutical &
Biotechnology Research
▸
Development of quantum algorithms for drug–protein interactions
▸
Development of quantum computing algorithms for new drug design
Explore KQC’s Quantum Computing Research Projects.
Busan Metro Operations
Research on Scheduling Optimization for Operational Efficiency
As urban development outpaces improvements in transportation infrastructure, subway systems—where expansion or modifications are limited—face significant inefficiencies and passenger inconvenience. This study addresses the issue by developing a Mixed Integer Linear Programming (MILP) model that considers both operators and users. The model is transformed into a Quadratic Unconstrained Binary Optimization (QUBO) problem for quantum computing, aiming to optimize scheduling and compare its performance with classical computing approaches.
Discovery of Novel Metabolic Disease Therapeutics
Using AI and Quantum Computing
To develop new treatments for MASLD/MASH—one of the most common chronic liver metabolic diseases affecting over 30% of the global population—KQC combines artificial intelligence and quantum computing techniques. The goal is to identify candidate compounds that inhibit HSD17B13 or modulate HSD17B4 activity and to design optimized molecular structures for potential therapeutics.
Quantum Computing-Based High-Performance
Cathode Material Exploration for Secondary Batteries
Lithium-ion batteries experience capacity loss and reduced cycle performance due to structural changes during charge and discharge. In particular, NCM cathodes face a trade-off: higher nickel (Ni) content increases capacity but reduces stability. To address this, we leverage quantum computing to optimize NCM composition, elemental arrangement, and lithium insertion sites. Using the NCM811 model, we develop integer-based quantum algorithms to efficiently explore large crystal structures and validate results through DFT calculations, establishing a high-efficiency method for discovering optimized cathode materials.
Quantum Computing R&D Network
Quantum Computing Infrastructure Network
Offering diverse platforms:
ion-trap, neutral-atom systems, and more
Quantum resources available:
Cloud-based + On-premises
A first in Korea: First domestic
100-qubit superconducting quantum computer
KQC Quantum Computational Center
KQC Quantum Computational Center
(Rendering, 2029 Expected Completion)
KQC plans to open the KQC Quantum Computational Center in Centum City, Haeundae, Busan, by 2030 to foster specialized talent, support enterprise commercialization research, and promote the domestic quantum computing ecosystem.
Leveraging quantum computing systems, KQC will provide full-stack quantum computing services to domestic companies, contributing to the advancement of research and commercialization in Korea.
Ultimately, KQC aims to play a pivotal role in establishing Korea as a global leader in quantum computing, extending its influence beyond Asia.