Yonsei University has installed Korea’s first IBM Quantum System One, which is only the second deployment on a university campus worldwide.
The quantum computer is at Yonsei’s Quantum Computing Center at the Songdo International Campus.
The IBM Quantum System One is powered by the Eagle processor, which boasts 127 qubits. This technology represents a leap forward in computing. It allows researchers to explore problems beyond the capabilities of classical supercomputers.
This installation marks a significant achievement for Yonsei and Korea. It places the nation among global leaders in quantum research. Yonsei is setting the stage for innovative collaborations and groundbreaking discoveries.
Dong-Sup Yoon, president of Yonsei University, emphasized the importance of this milestone and explained that it is more than just a technological achievement.
It’s a step toward improving human life through quantum computing and advanced biology.
Yonsei plans to leverage this technology to attract top talent. They aim to work closely with leading global quantum research institutions. This collaboration will foster innovative research and transformative outcomes.
IBM’s Vice President of Quantum, Jay Gambetta, expressed excitement about the collaboration. He noted that the new system will expand Korea’s quantum research ecosystem and enable organizations to push boundaries in scientific and business applications.
Quantum computing is entering a new era. In 2023, IBM demonstrated “quantum utility” with the Eagle processor. This term refers to quantum systems performing tasks that classical computers cannot efficiently accomplish.
The potential applications of quantum computing include advancing materials science, solving complex physics problems, and revolutionizing chemistry. These breakthroughs could lead to real-world benefits in many industries.
Yonsei has broader plans beyond quantum research. They are working with Incheon Metropolitan City to develop a quantum-bio convergence cluster, the world’s first high-tech industrial zone.
In July 2024, Yonsei and IBM signed a memorandum of understanding. The agreement launched their Bio-Quantum Initiative. It aims to combine quantum computing with biotechnology to tackle challenges like drug discovery and genomics.
The Songdo International Campus serves as a hub for these initiatives. It is central to Korea’s biotech ambitions. Yonsei envisions this campus becoming a global leader in biotech and quantum computing.
The university has created a Quantum Computing Project Team to drive progress. This team includes several vital entities. These are the Quantum Ecosystem Operation Center, the Quantum Computing Technology Support Center, and the Quantum Computing Center.
These groups will enhance Yonsei’s research facilities. They aim to attract global collaborators and develop cutting-edge quantum algorithms. They also plan to host workshops and conferences to exchange knowledge.
IBM will provide ongoing support to Yonsei. It includes technical advisement and resources for quantum algorithm development. They will also assist with educational programs to train the next generation of quantum experts.
Yonsei’s efforts align with international trends. The IBM Quantum System One at Yonsei joins a global network of such systems. Similar setups exist in the United States, Canada, Germany, and Japan.
Each system in this network is part of IBM’s global quantum fleet. These utility-scale quantum computers are available via the cloud. They offer researchers access to powerful tools for solving complex problems.
Yonsei’s installation also aligns with significant upcoming events. In March 2025, the university will open its Quantum Computing Complex, which will coincide with Yonsei’s 140th anniversary and UNESCO’s International Year of Quantum Science and Technology.
The new facility will enhance Korea’s standing in the global quantum ecosystem. It will attract international talent and support groundbreaking research. The complex will also provide a state-of-the-art space for collaboration.
Quantum computing represents an entirely new way to approach problems. Traditional computers rely on binary code—ones and zeros. Quantum systems use qubits, which can represent multiple states simultaneously.
This capability makes quantum computers uniquely powerful. They excel at solving optimization problems, running simulations, and modeling complex systems. In fields like chemistry, these abilities can lead to significant breakthroughs.
Quantum technology also holds promise for the biotech industry. By pairing quantum computing with genomics, researchers can unlock new medical insights. It could speed up drug discovery and lead to personalized treatments.
Yonsei’s Bio-Quantum Initiative is a step in this direction. The partnership with IBM creates opportunities to explore quantum applications in biology. This collaboration could redefine what’s possible in both fields.
Yonsei’s efforts don’t stop at research. They also focus on education and talent development. The university plans to host seminars, training programs, and conferences to build expertise.
This initiative will help cultivate the next generation of quantum scientists and ensure Korea has the workforce needed to lead in this emerging field. It’s an investment in both people and technology.
Yonsei’s ambitions extend beyond national borders. The university is positioning itself as a global leader in quantum research. By collaborating with international partners, it aims to drive progress worldwide.
This partnership with IBM represents a new chapter for Yonsei and a bold step into the quantum era. The university is not just adopting technology—it’s shaping the future.
Quantum computing is still in its early stages. But its potential is already evident. The world will watch as Yonsei leads Korea’s efforts in this space.
The IBM Quantum System One at Yonsei is more than a machine. It’s a tool for discovery, innovation, and progress. It’s a gateway to solving some of humanity’s biggest challenges.
Yonsei’s investment in quantum computing will also be an investment in the future. It’s a commitment to advancing science, education, and industry.
With this initiative, Yonsei is helping to define what comes next in the quantum revolution.