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Femto Science Inc. Donates 800 Million KRW Worth of Quantum Interface Control Equipment In-Kind
Strengthening Cooperation in Quantum Device Research with the International Center for Quantum Matter (ICQM)
Gaining Momentum in 2D Quantum Material Device Development with the Goal of Establishing an AI-Based Smart Fab

Femto Science Inc., a holder of original plasma technology utilized in semiconductor manufacturing, has donated quantum interface control equipment valued at approximately 800 million KRW to the International Center for Quantum Matter (ICQM). Following this donation, both organizations intend to maintain a continuous partnership in the field of quantum device research.

The donated equipment will be used for the precise control and analysis of interfaces, which are critical to the performance of quantum devices. An interface is the boundary where two different materials meet; the movement of electrons changes depending on the state of this boundary. These microscopic, invisible differences at the interface serve as a core factor in determining the stability and performance of a device. The introduction of this equipment is expected to significantly enhance research capabilities for next-generation quantum devices, including 2D quantum materials. Quantum devices, which utilize the unique properties of quantum matter to process information or control signals, are emerging as essential components for future computing and sensor technologies.

The donation ceremony was held on Monday, January 12, at the University Administration Building on the Seoul Campus. Attendees included President Jinsang Kim, Provost Eunlim Chi, Dean Do-kyun Kim of the Office of Development & External Affairs, Dean Young-Kyun Kwon of the College of Science, and Professor Seok-Kyun Son of the Department of Physics. Representing Femto Science Inc. were CEO Moo-Hwan Kim and Advisor Dae-Hyun Kim.

CEO Moo-Hwan Kim shared the vision behind the donation, stating, “As we expand our reach from semiconductor process technology into the field of quantum research equipment, we hope this collaboration with Kyung Hee University’s distinguished researchers will serve as a catalyst for mutual growth.” He added, “At this new technological turning point where quantum science, next-generation semiconductors, and AI technology converge, I hope our cooperation leads to meaningful achievements.”

President Jinsang Kim remarked, “The adoption of AI and the development of new manufacturing process algorithms are core elements for the advancement of the quantum field, and these future industries begin in the laboratory.” He continued, “Quantum science is one of the six strategic focus areas currently being promoted by Kyung Hee. Our research collaboration with Femto Science, a company with core semiconductor process technology, is particularly significant as both institutions are pursuing a common goal.” He added, “We will provide unsparing support for cultivating the research environment and expanding infrastructure to ensure that the partnership between our two organizations continues to flourish.”

Professor Seok-Kyun Son, Deputy Director of ICQM, stated, “Among various quantum materials, we plan to prioritize the development of devices based on 2D materials.” He further explained, “Our long-term goal is to establish a ‘Smart Fab’ where the entire process—from device fabrication and processing to measurement—is integrated and executed through AI, while researchers focus on monitoring the system.” He concluded by sharing his aspirations: “Through an open Smart Fab shared with external research institutes and universities, we aim to develop quantum research into a signature brand for Kyung Hee University.”