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The University has introduced a pioneering Quantum Information Convergence major, spearheaded by the Department of Applied Physics and supported by the Departments of Applied Mathematics, Applied Chemistry, and Software Convergence

Quantum information technology continues to advance and shows promise to revolutionize various industries, leading to intensified competition among countries over leadership in this field. Kyung Hee University has recognized the growing importance of nurturing professionals in quantum technology and responded by launching a new major aimed at preparing students to become leaders in the quantum tech race.

“Interest in quantum information has skyrocketed, especially following recent Nobel Prize wins in the field,” said Professor Kwang Jo Lee of the Department of Applied Physics. “Our Student Government also highlighted the demand for expertise in this area. Establishing this convergence major was a natural response to these recent trends.”

Meeting the demand for quantum expertise
The Quantum Information Convergence major is designed to equip students with the ability to develop and utilize quantum information systems. Hands-on experiments and theoretical learning are seamlessly integrated to enable students to explore quantum communication, networks, and computing. They will gain proficiency in the hardware technologies that underpin these platforms and develop the strong computational and software skills necessary for control and analysis. Graduates will be well-prepared to enter industries where quantum technology is increasingly vital, including automobiles, telecommunications, and semiconductors.

Developing quantum information platforms involves sophisticated technologies across multiple disciplines, including superconductivity, photonics, crystallographic point defects, and electron spin. This interdisciplinary approach necessitates a strong foundation in computing and software. “Quantum information is a multifaceted field that integrates physics, optics, engineering, programming, quantum chemistry, and applied mathematics,” Professor Lee explained, emphasizing the importance of a holistic educational approach.

A strong start and future expansion
The new program opened in the first semester of the 2024 academic year, offering foundational courses along with one specialized course. The high interest was evident, with thirty students enrolling in the specialized course. Professor Lee noted: “We received numerous inquiries from students even before the semester started. The establishment of this convergence major aligns perfectly with our students’ interests and needs. We will keep engaging with the Student Government to ensure their voices continue to shape the program.” Looking ahead, plans call for expanding the Quantum Information Convergence major offerings to include both theoretical and practical components, encompassing experimentation and hands-on training.

For students considering the Quantum Information Convergence major, Professor Lee offered words of encouragement: “Even if you’re not a physics major, our curriculum is designed to bring you up to speed from the basics. Have an interest in quantum information and the creativity and passion to integrate it inside your primary field of study? Join us and realize your ambitions.”