Research on large-area, high-quality growth and liquefaction techniques for semiconducting 2D materials with excellent radiation resistance
Development of process technologies for high-temperature-resistant ceramic materials and coatings suitable for extreme environments
Research on advanced aerospace nano-devices exhibiting high mechanical strength and resistance to high and low temperatures and radiation, utilizing high-entropy superconducting quantum phenomena
Methodologies for generating specific symmetries and patterns in 2D materials to achieve stability under extreme environmental conditions
Development and characterization of cryogenic semiconductor devices operable without external thermal input
Development of algorithms for extracting nanomaterial coating patterns suitable for extreme environments, and mathematical modeling for evaluating coating properties
[51140] 305, BAC (formerly Dongbaek Hall, Building No. 3) G-LAMP Project Group Changwon National University,
20 Changwondaehak-ro, Uichang-gu, Changwon-si, Gyeongnam, Korea
