UNIST presented its vision for the next phase of quantum research and education at  Quantum Korea 2026 , introducing Uni<Q>, a new integrated ecosystem for quantum innovation. 

Uni<Q> brings together the newly established Graduate School of Quantum Science and Technology, the Quantum Convergence Institute (QCI), and the Quantum-Nano FAB. Together, they support the full spectrum of quantum science and technology at UNIST—from educating future specialists and advancing fundamental research to quantum device fabrication and industry collaboration.

At its Uni<Q> exhibition booth during Quantum Korea 2026 ,  held  July 2–4 at Dongdaemun Design Plaza (DDP) in Seoul, UNIST highlighted research in quantum computing, sensing, advanced materials, and devices while introducing the university's integrated approach to quantum education and research. The event brought together 56 companies and research organizations from 12 countries.

More than 1,000 researchers, industry representatives, students, and members of the public visited the UNIST booth during the three-day event. Faculty members and graduate students also met with prospective applicants to discuss the graduate school's new curriculum, research opportunities, and career pathways. 

The event also highlighted UNIST's growing research leadership in quantum science. During the opening ceremony, Professor Je-Hyung Kim of the Graduate School of Quantum Science and Technology received a Commendation from the Deputy Prime Minister and Minister of Science and ICT for his contributions to quantum science and technology. 

“Progress in quantum technology depends on strong research infrastructure, talented researchers, and sustained investment in fundamental science,” said Ki-Bok Park, Dean of the Graduate School of Quantum Science and Technology at UNIST. “Our goal is to educate researchers who understand the principles of quantum science and can apply that knowledge to practical technological challenges.”

Professor Kim added, “This recognition reflects UNIST's research capabilities and growing potential in quantum science and technology. We will continue advancing foundational technologies and expanding the impact of our research.”