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KAIST, National Quantum Fab Research Institute Opening Ceremony and Research Building Groundbreaking Ceremony Held <Groundbreaking Ceremony Shovel Scene for the KAIST National Quantum Fab Research Building> KAIST announced on December 3rd that it held the opening ceremony for the National Quantum Fab Research Institute and the groundbreaking ceremony for the Quantum Fab Research Building at the KAIST main campus in Daejeon, officially commencing the construction of the nation's core infrastructure to enhance South Korea's quantum technology competitiveness. The event began with a progress report and introduction of the institute by Yong Hoon Cho, Director of the Quantum Fab Research Institute, followed by a groundbreaking ceremony to mark the official start of the Quantum Fab Research Building's construction and an unveiling of the plaque. Approximately 50 officials attended the event, including Jang-woo Lee, Mayor of Daejeon, Kwang Hyung Lee, President of KAIST, and the presidents of the National Nanofab Center and the Korea Research Institute of Standards and Science, representing government, local government, and collaborating organizations. <Plaque-Unveiling Scene at the Opening of the KAIST National Quantum Fab Research Institute> Since being selected as the lead institution for the Quantum Fab in a competition held by the Ministry of Science and ICT and the Institute for Information & Communications Technology Planning & Evaluation last year, our university secured a commitment of 20 billion KRW from the Daejeon Metropolitan City for construction costs and completed the institute's establishment and design. The new Quantum Fab Research Building, with a total floor area of 2,498 ㎡, is targeted for completion in 2027. The new building will house South Korea's largest specialized, open-access cleanroom fab for quantum devices. A total of 45 billion KRW or more will be invested by 2031, including national funds, local government funds, and KAIST's budget. Over 37 units of advanced equipment will be installed in the 1st and 3rd-floor FAB cleanrooms in stages, along with stability facilities such as Class 100-1,000 cleanliness standards, constant temperature/humidity, and emergency power supply. The KAIST Quantum Fab operates on a fully open-access system allowing researchers to directly carry out processes. It will support processing technologies for various quantum platforms, including photons, point defects, and neutral atoms, and will also enhance user programs such as training and workshops. Phase 1 service began in July of this year, and Phase 2 full-scale operation, based on the newly installed equipment, will start in 2028. Jang-woo Lee, Mayor of Daejeon, stated, "The KAIST open-access Quantum Fab is a core platform that will lead the industrialization of quantum technology in South Korea," adding, "Especially since the US and South Korea have designated quantum computing as a strategic field in their $350 billion technology cooperation package, Daejeon's role is becoming even more crucial." Director Yong-Hoon Cho said, "Through a user-centric process support system, we will play a central role in the national quantum research ecosystem," adding, "Based on our research capabilities and support system, we will expand industry-academia-research cooperation and aim to leap forward as a pilot quantum fab." President Kwang Hyung Lee remarked, "Quantum science and technology is a core strategic area that will determine the future technological hegemony," and "We will take this opening and groundbreaking ceremony as an opportunity for industry, academia, research, and government to join forces and strengthen the competitiveness of the national quantum ecosystem." KAIST plans to focus on establishing a self-sustainable virtuous cycle system centered around the Quantum Fab, and will further dedicate efforts to enhancing national strategic technology competitiveness through the nurturing of specialized talent and the development of processing technologies for each platform. <Bird’s Eye View of the KAIST National Quantum Fab Research Building>
2025.12.04 View 3015