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Foundational Principle of Next-Generation Quantum Device Technology Identified for the First Time
2025-05-28 Research
The term phase denotes the essential characteristics of the shape of an object, abstracted from superficial variations in shape. For instance, eggs and soccer balls have different shapes, but they share the same phase as a round, smooth, and closed three-dimensional object without holes. A donut, on the other hand, has a hole in the center, making it an object with a different phase from eggs and soccer balls. The recognition that the concept of phase can also be applied to the electronic structure of matter gave rise to the new concept of topological matter. Along with Dirac semimetals, Weyl semimetals are one of the promising topological materials.More -
Harvesting Energy from Motion: Kyung Hee Team Develops Advanced Self-Powered Sensor Technologies
2025-05-28 Research
Professor Daewon Kim and his research team at the Department of Electronic Engineering have made new advances in triboelectric nanogenerators (TENGs). The findings were published in two renowned international journals: Advanced Functional Materials (IF=18.5) and Biosensors and Bioelectronics (IF=10.7) In the first study, the team developed a tilt sensor capable of detecting motion in any direction. Conventional sensors often work only within limited angles, but this new design uses a triboelectric nanogenerator and a small internal ball to enable full-spherical sensing.More -
Believing in the Joy of Research—and Walking the Path
2025-05-28 Research
Each year, Kyung Hee selects faculty members who have demonstrated excellence in teaching and research as Kyung Hee Fellows. In 2024, the research fellows came from a wide range of disciplines, each recognized for innovative scholarly contributions. Among them is Professor Sangwon Park of the College of Hotel & Tourism Management, who was honored for his pioneering work in tourism big data and its real-world applications. We spoke with Professor Park to learn more about his research and vision for the future.More -
Kyung Hee University Hospital Designated as a Research-Driven Hospital by the Ministry of Health and Welfare
2025-05-21 Other
Kyung Hee University Hospital has been officially certified as a Research-Driven Hospital by the Ministry of Health and Welfare. The certification is valid for three years, from April 2025 through March 2028. A total of 30 hospitals across the country—including both newly applying and previously designated institutions—participated in the selection process, with only 21 receiving final certification. Notably, Kyung Hee University Hospital was the sole new designee in Seoul and the northeastern Gyeonggi region.More -
Kyung Hee Undergraduate Leads First Ever Global Study on the Disease Burden of Dietary Iron Deficiency
2025-05-21 Research
Professor Dong Keon Yon's research team at the College of Medicine has produced the first scientific quantification of the global disease burden attributable to dietary iron deficiency, using big data from 204 countries, disaggregated by year, gender, and age. Student Sooji Lee (Medicine, ’19) served as first author.More
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Professor A Kyeong Lee, World-Renowned Mezzo-Soprano, Celebrates Her 30th Debut Anniversary with Commemorative Concert, My Way
2025-04-21
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Foundational Principle of Next-Generation Quantum Device Technology Identified for the First Time
2025-05-28
Proven through experimental observation of the circular photogalvanic effect in 2D Weyl semimetals The term phase denotes the essential characteristics of the shape of an object, abstracted from superficial variations in shape. For instance, eggs and soccer balls have different shapes, but they share the same phase as a round, smooth, and closed three-dimensional object without holes. A donut, on the other hand, has a hole in the center, making it an object with a different phase from ...
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Harvesting Energy from Motion: Kyung Hee Team Develops Advanced Self-Powered Sensor Technologies
2025-05-28
Seeking smarter ways to use everyday energy Professor Daewon Kim and his research team at the Department of Electronic Engineering have made new advances in triboelectric nanogenerators (TENGs). The findings were published in two renowned international journals: Advanced Functional Materials (IF=18.5) and Biosensors and Bioelectronics (IF=10.7). In the first study, the team developed a tilt sensor capable of detecting motion in any direction. Conventional sensors often work only wi...
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