探索全球顶尖大学的研究室——研究领域与主要论文一览无余。
Professor Jong Ho Choi's research lab specializes in environmental chemistry and analytical chemistry, with a strong focus on the detection, monitoring, and risk assessment of hazardous organic pollutants in water and biological systems. The lab investigates disinfection by-products (DBPs), emerging contaminants like 1,4-dioxane, and volatile organic compounds (VOCs) in drinking water and whole blood, employing advanced analytical techniques such as headspace and SPME-GC-MS for high-sensitivity quantification. The lab also explores the fundamental physicochemical behavior of ion pairs in aqueous solutions through computational simulations, contributing to a deeper understanding of electrolyte solution thermodynamics and dynamics.
Professor Min-hyung Kang's research lab focuses on labor studies, social movements, and the political economy of work in contemporary capitalism, with a particular emphasis on labor rights, precarious work, and collective resistance. The lab investigates how structural transformations in production processes—especially in industries like automotive and shipbuilding—shape workers' capacity to organize and achieve labor regularization. It also explores the resurgence of grassroots resistance in the gig economy and the interplay between moral economy, state intervention, and anti-market movements in the context of neoliberal globalization.
Professor Seungryong Cho's research lab specializes in advanced medical and industrial imaging technologies, with a primary focus on computational imaging, image reconstruction, and metal artifact reduction in X-ray computed tomography (CT). The lab develops innovative algorithms—such as total variation minimization and dual-energy calibration techniques—to enhance image quality, improve diagnostic accuracy, and enable efficient material decomposition in low-dose and challenging imaging scenarios. Their work spans radiation therapy planning, micro-CT for small animal imaging, and cargo inspection systems, emphasizing robust, fast, and accurate image processing solutions.
Professor Jss6456's research lab specializes in advanced magnetic and microfabrication technologies, focusing on the design and optimization of permanent magnet linear actuators for high-efficiency electromechanical systems. The lab also conducts cutting-edge research in plasma etching processes for high-aspect-ratio semiconductor device fabrication, particularly in selective SiO2 etching and sidewall profile control. Additionally, the lab explores materials and device physics related to magnetic tunnel junctions and MgO-based barriers for next-generation magnetic random access memory (MRAM) applications.
Professor Joon-Sung Kim's research lab specializes in advanced sensing technologies and high-frequency integrated circuits for robotics and intelligent systems. The lab focuses on developing flexible, skin-type tactile sensors—particularly slip detection sensors using novel mechanical and capacitive principles—for precise robotic manipulation. It also conducts cutting-edge research in millimeter-wave CMOS integrated circuits, including low-noise amplifiers for high-speed wireless communication, and explores multimodal sensor fusion, such as combining stereo vision and FMCW radar for enhanced automotive safety systems.
Professor Tae Hee Han's research spans interdisciplinary domains, focusing on biomedical virology, particularly the molecular mechanisms of human cytomegalovirus replication; energy-efficient design in integrated circuit systems, especially voltage-frequency island networks-on-chip; and the development of advanced mesoporous nanomaterials for catalytic applications. His work also extends to health policy and medical education, addressing challenges in multicultural gifted education and the integration of medical humanities in clinical training. These diverse yet interconnected research directions reflect a commitment to both fundamental scientific inquiry and societal impact in healthcare and technology.
Professor Jeon Jin-wan's research lab specializes in neuromusculoskeletal rehabilitation and clinical biomechanics, focusing on gait analysis, stroke recovery, and assistive robotic technologies. The lab investigates neurological disorders such as hemiplegia, ischemic stroke, and rare phenomena like supernumerary phantom limbs, integrating genetic factors (e.g., IL-6R polymorphisms) with clinical outcomes. A key focus is on developing and evaluating innovative rehabilitation devices—such as the ARM robot and arch-building gait training—to improve mobility, muscle strength, and functional recovery in elderly and orthopedic patients.
Professor Hu-jae Han's research lab focuses on clinical and translational studies in nephrology, with a strong emphasis on dialysis outcomes, standardized mortality ratios in end-stage renal disease (ESRD) patients, and epidemiological trends in chronic kidney disease in the Korean population. The lab also investigates infectious disease epidemiology, particularly influenza dynamics in school-aged populations, and explores neuroimaging and molecular mechanisms in epilepsy and retinal angiogenesis using animal models. These interdisciplinary efforts bridge clinical medicine, public health, and basic biomedical research.
Professor Sang-Tak Kim's research lab specializes in industrial organization, telecommunications economics, and regulatory policy, with a strong focus on the economic analysis of network industries, including broadband and mobile communications. The lab investigates critical issues such as essential facility doctrine, competition policy in converged networks, consumer surplus measurement, and the economic impact of OTT and bundled service models. It also examines the effectiveness of antitrust regulation, particularly in the context of cartels and unfair business practices in Korea’s digital markets.
Professor Ji-hoon Jung's research lab specializes in inclusive and technology-enhanced education for individuals with disabilities, with a strong focus on leveraging virtual reality (VR) and innovative instructional design to support learning and quality of life. The lab explores personalized educational interventions—particularly in social studies, special education, and sexuality education—for students with physical and intellectual disabilities, emphasizing academic achievement, learning engagement, and self-determination. The research also extends to life quality and support systems for adults with disabilities, especially those with cerebral palsy, addressing autonomy, health, and social inclusion.
Professor Woon Kang's research lab specializes in the experimental investigation of low-dimensional quantum materials, with a primary focus on organic conductors and superconductors—particularly Bechgaard salts such as (TMTSF)2X (X = ClO4, PF6). The lab explores electronic phenomena including spin-density wave transitions, metal-insulator transitions, and unconventional superconductivity, using advanced techniques such as NMR, impedance spectroscopy, and high-field transport measurements. A central theme is understanding the interplay between electron correlations, lattice distortions, and electronic instabilities in quasi-one-dimensional systems.
Professor Ara Woo's research lab focuses on critical care medicine, oncology, and transplant immunology, with a strong emphasis on hepatocellular carcinoma (HCC) progression, immunotherapy applications, and post-transplant complications. The lab investigates challenging clinical scenarios such as cutaneous metastases from liver cancer, portal vein thrombosis differentiation, and multidrug-resistant infections in lung transplant recipients. It also contributes to clinical guideline development, particularly in sepsis management and airway complication classification after lung transplantation. The research integrates clinical oncology, infectious disease management, and advanced therapeutic strategies including adoptive immunotherapy and targeted immunomodulation.
Professor Jong-Man Kim's research lab specializes in pediatric urology and nephrology, with a strong focus on congenital genitourinary anomalies, including urachal malformations and nutcracker syndrome. The lab investigates the diagnosis, treatment, and long-term outcomes of rare pediatric urological conditions, integrating clinical research with molecular genetics, particularly in the context of hypertension-related gene polymorphisms. The team also explores rare interstitial lung diseases in infants and congenital biliary anomalies, emphasizing early diagnosis and intervention.
Professor Chae-Ri Kim's research lab focuses on the intersection of technology, human behavior, and organizational systems, with a strong emphasis on digital transformation in marketing, information security, and smart urban living. The lab explores mobile marketing strategies, privacy-preserving personalized services, enterprise cybersecurity behaviors, and community-centered facility design in residential environments—particularly in response to public health challenges. Research is grounded in behavioral theories and real-world applications, aiming to develop practical, human-centered solutions for emerging digital and societal challenges.
Professor Sun-Duck Kim's research lab specializes in environmental health and risk assessment, focusing on children's exposure to hazardous chemicals in indoor environments. The lab investigates indoor air quality, phthalates, volatile organic compounds (VOCs), polycyclic aromatic hydrocarbons (PAHs), and trace elements in child-care facilities, kindergartens, and indoor playgrounds. Key research directions include multi-pathway exposure assessment (air, dust, surface wipes, hand wipes), cancer and non-cancer risk modeling, and the impact of building materials and construction periods on pollutant levels. The lab employs advanced analytical techniques such as GC-MS and ICP-MS to evaluate health risks associated with persistent and toxic chemicals in children’s indoor environments.
Professor Wonseok Yang's research lab specializes in Chinese character studies, classical Chinese philology, and digital humanities, with a strong focus on the historical development of Chinese lexicography, especially the scholarly traditions of the Qing dynasty. The lab investigates the transmission and reception of Chinese scholarly works—such as Duan Yucui’s 'Shuowen Jiezi Zhu'—in Korea and East Asia, while also exploring the pedagogical application of Chinese character etymology in modern language education. A key direction involves integrating digital technologies, including digital dictionaries, electronic textbooks, and AI-driven tools, to advance the study and teaching of Chinese characters and classical texts.
Professor Ji Yong Chung's research lab specializes in postcolonial literature, diasporic identities, and the intersection of autobiography and fiction in Francophone and Maghrebi literature. The lab explores how writers from migrant and minority backgrounds—such as Driss Chraïbi, Tahar Ben Jelloun, and Azouz Begag—negotiate cultural integration, national identity, and generational trauma through literary forms. A central focus is on the evolution of narrative voice and the role of literature as a site of political and existential resistance, particularly in the context of French and North African cultural discourse. The lab also investigates Roland Barthes’ theoretical contributions to writing, authorship, and the concept of 'writing situation,' especially in relation to cross-cultural literary production.
Professor Sung Min Park's research lab specializes in interdisciplinary biomedical and engineering systems, focusing on advanced diabetes management technologies and energy systems for healthcare applications. The lab develops innovative solutions such as do-it-yourself artificial pancreas systems and computerized insulin infusion protocols to improve glycemic control in pediatric and adult patients with diabetes. It also designs smart microgrid systems integrating solar photovoltaics and lithium-ion battery storage, emphasizing seamless operation and power quality. Additionally, the lab explores nanomaterial synthesis, particularly ZnO nanowalls, for potential applications in energy and biomedical devices.
Professor Moohyun Yoon's research lab specializes in accelerator physics and beam dynamics, with a strong focus on synchrotron radiation sources, electron storage rings, and free-electron lasers. The lab investigates critical challenges such as beam instability, wakefield effects, optics correction, and impedance in advanced light sources like the Pohang Light Source (PLS) and its upgrade, PLS-II. Their work combines numerical simulations, experimental measurements, and feedback system development to optimize beam performance and enable cutting-edge applications in ultrafast science and imaging.
Professor Xingxin Zhao's research lab specializes in innovation management, corporate governance, and digital transformation within the context of Chinese and emerging market economies. The lab focuses on technological diversification, corporate social responsibility, digital government initiatives, and the strategic role of top management appointments in shaping firm performance and public service delivery. Research integrates institutional, agency, and public value theories to examine how organizational structures, governance mechanisms, and technological adoption influence innovation and social outcomes.
