POHANG, South Korea — A state-of-the-art research hub for next-generation quantum technology officially opened its doors today in Pohang, North Gyeongsang Province. Fueled by a powerful coalition of leading domestic and international research institutions from South Korea, the United States, and Singapore, the center is poised to bridge the gap between disparate quantum platforms and cement South Korea's position in the global quantum race.

The Ministry of Science and ICT (MSIT) announced on June 9 that it held the official opening ceremony for the "POSTECH Quantum Global Partnership Leading Center" at the Pohang University of Science and Technology (POSTECH).

Backed by robust government initiative and academic synergy, the Leading Center is scheduled to operate until December 2029. Its primary, ambitious objective is to develop pioneering technologies capable of generating and controlling large-scale quantum entanglement by seamlessly linking entirely different quantum platforms.

Bridging the Hybrid Quantum Gap

Currently, the global landscape of quantum technology is fragmented, with researchers heavily divided into distinct material platforms. These include photons, superconductors, atoms and ions, quantum dots, and solid-state quantum systems. While each individual platform possesses distinct computational advantages, each is also bottlenecked by inherent physical limitations.

To overcome these barriers, the scientific community has long stressed the necessity of cross-platform, hybrid research—a methodology that allows different quantum systems to complement and fortify one another. The POSTECH Leading Center was conceived to address exactly this critical bottleneck.

The center will serve as an intellectual melting pot, anchored by POSTECH and supported by Korea’s top tech institutes, including:

DGIST (Daegu Gyeongbuk Institute of Science and Technology)
UNIST (Ulsan National Institute of Science and Technology)
GIST (Gwangju Institute of Science and Technology)
On the global front, the center has secured heavyweight partnerships with elite international institutions, most notably Harvard University, the Massachusetts Institute of Technology (MIT), and the Centre for Quantum Technologies (CQT) in Singapore.

Engineering Next-Generation Quantum Elements

The international coalition plans to aggressively pursue joint research focusing on the intersection of superconducting and semiconductor qubits, photon-based quantum computers, and cryogenic gas quantum simulations.

By combining the structural benefits of low-dimensional quantum matter, quantum dots, van der Waals atomic layer materials, and photonic integrated circuits, the center aims to secure proprietary, next-generation core technologies. Immediate research milestones include:

Multi-qubit entanglement
Advanced quantum light sources
Quantum error mitigation
Quantum machine learning (QML)

Furthermore, the center will function as a vital talent pipeline for South Korea's burgeoning tech sector. It plans to routinely dispatch domestic graduate students and post-doctoral researchers to overseas partner institutions, fostering a robust ecosystem of global talent exchange through joint research projects, international workshops, and researcher residency programs.

Global Treaties Signed at Opening Ceremony

The grand opening ceremony was marked by high-level diplomatic and academic agreements aimed at solidifying these international ties. Key events included the signing of a Memorandum of Understanding (MOU) for academic and research cooperation between POSTECH and Harvard University, alongside the formal exchange of letters of collaboration between POSTECH and the Centre for Quantum Technologies (CQT) in Singapore.

"The South Korean government is deeply committed to elevating the country's quantum ecosystem," stated Yoon Kyung-sook, Director General of the Fundamental and Wonchun Research Policy Bureau at the Ministry of Science and ICT. "We will continue to advance and sophisticatedly expand international joint research, global human resource exchanges, technology commercialization, and industry-academia-research cooperation to ensure South Korea remains at the forefront of the global quantum revolution."
Industry experts view the inauguration of this center as a major milestone for Pohang. Long recognized as a steel town, the city is rapidly transitioning into a high-tech cradle for deep-tech industries, with quantum computing now taking center stage alongside secondary batteries and biotechnology.

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