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 Sangmin Ahn's research lab focuses on infectious diseases, particularly antimicrobial resistance and sepsis, with an emphasis on clinical epidemiology and outcomes in vulnerable populations. The lab investigates the pathogenesis, risk factors, and management of serious bacterial infections such as carbapenem-resistant Enterobacteriaceae (CRE) bacteremia and Gram-negative infective arthritis. Additionally, the lab explores public health interventions, including vaccine effectiveness and mental health awareness campaigns, with a strong translational focus on improving patient outcomes and health policy. The research integrates clinical microbiology, epidemiological methods, and health communication strategies.
Professor Ho Yeon Kim's research lab specializes in urban and regional economics, with a focus on housing markets, commuting patterns, and labor market dynamics in metropolitan areas. The lab investigates spatial disparities in job-housing balance, the impact of urban development policies such as new town planning, and the efficiency of urban mobility and labor market matching. Using advanced econometric techniques, including multiple regression and spatial econometric models, the lab analyzes household survey and regional data to inform sustainable urban planning and policy design.
Professor Kyung-Won Shin's research lab specializes in clinical and translational studies focused on perioperative medicine, with a strong emphasis on improving patient outcomes following major surgical procedures. The lab investigates critical complications such as acute kidney injury, cerebral vasospasm, and catheter malposition, integrating biomarkers and advanced imaging techniques to predict and mitigate adverse events. Key research directions include optimizing airway management in spinal immobilization, enhancing regional anesthesia techniques like erector spinae plane blocks, and evaluating inflammatory and hematological markers as predictors of neurological and renal outcomes. The lab employs rigorous clinical trial designs, including randomized controlled trials and retrospective cohort analyses, to generate evidence for clinical practice.
Professor Ji-Hyeon Choi's research lab specializes in human resource development (HRD) and organizational behavior, with a strong focus on contemporary workplace phenomena such as quiet quitting, career development, and employee well-being. The lab investigates the psychological and structural factors influencing employee engagement, job satisfaction, and organizational effectiveness, particularly among younger generations and aging workforces. Drawing on theories such as conservation of resources, person-job fit, and work-life balance, the lab employs advanced quantitative methods including meta-analysis, structural equation modeling, and mediation/moderation analysis to explore individual and organizational dynamics in modern work environments.
Professor Yun La Choi's research lab specializes in molecular and immunohistochemical pathology, with a focus on identifying diagnostic and prognostic biomarkers in various cancers. The lab investigates molecular alterations in thyroid carcinomas, renal cell carcinomas, and lung cancers, emphasizing the role of key oncogenes such as MET, ALK, EGFR, and BRAF in tumorigenesis and treatment resistance. A central theme is the application of molecular diagnostics, including liquid biopsy and mutation detection in formalin-fixed paraffin-embedded tissues, to improve precision oncology. The lab also explores rare but diagnostically challenging conditions, such as gastric syphilis, highlighting the importance of histopathological awareness in differential diagnosis.
Professor Sang-tae Park's research focuses on enhancing academic and professional writing skills within science, technology, and engineering education. His work centers on developing interdisciplinary, major-connected writing curricula that integrate critical thinking, analytical writing, and collaborative research practices. He emphasizes the development of scientific literacy, communication competence, and pedagogical frameworks for undergraduate education, particularly in the context of liberal arts and professional certification preparation. His research also explores data-driven approaches to curriculum design, including the use of citation and frequency analysis for constructing foundational reading lists in general education.
Professor Taehee Lee's research lab focuses on advanced display technologies, particularly autostereoscopic 3D displays and their integration into augmented and virtual reality systems. The lab investigates optical phenomena such as moiré effects and resolution limitations in 3D displays, employing computational modeling and simulation to enhance image quality. Additionally, the lab explores applications of deep learning in real-world sensing systems, including vision-based fire detection using state-of-the-art neural networks. The research spans from fundamental optical modeling to applied AI-driven solutions in human-centered technology.
Professor Wanse Kim's research lab specializes in nonlinear partial and ordinary differential equations, with a strong focus on the existence and multiplicity of periodic, positive, and boundary value solutions. The lab investigates semilinear and nonlinear systems arising in mathematical physics, including parabolic, hyperbolic, and Lienard-type equations, often under sublinear or co-ergetic growth conditions. Key methodologies include variational methods, sub-supersolution techniques, and topological arguments rooted in critical point theory.
Professor Mi-Nam Kim’s research lab focuses on transformative approaches in art education, emphasizing the integration of contemporary artistic practices, relational aesthetics, and socially engaged pedagogies in K-12 and teacher education contexts. The lab explores how creative and artistic processes can be reimagined beyond traditional models, centering on students’ lived experiences, cultural inquiry, and the development of teachers’ professional identity. Key research directions include the re-conceptualization of 'good art teaching,' the role of relational and participatory art in classrooms, and the socio-cultural dimensions of children’s visual expression.
Professor Hye-Yong Lee's research lab specializes in healthcare communication, with a focus on improving interpersonal interactions among medical professionals, particularly between nurses and physicians. The lab conducts qualitative and discourse-analytic research to understand communication dynamics, develop evidence-based training programs, and enhance clinical handoff practices. Key research directions include the development of empirically validated assessment scales for language proficiency and the reconstruction of organizational communication norms in medical settings.
Professor Jeong Min Jeon's research lab specializes in advanced statistical methodology for complex, non-Euclidean data structures, with a focus on nonparametric and semiparametric regression models. The lab develops theoretical foundations and practical algorithms for regression with responses and predictors in general Hilbert spaces, Riemannian manifolds, and Lie groups—particularly addressing challenges such as measurement error and additive structure. Key contributions include novel deconvolution estimators, backfitting algorithms with convergence guarantees, and asymptotic inference using empirical likelihood. The lab's work bridges statistics, functional analysis, and harmonic analysis on manifolds and Lie groups, enabling robust inference in modern data science contexts involving structured or high-dimensional data.
Professor Jung Hoo Oh's research focuses on civil procedure law, constitutional law, and judicial reform, with a particular emphasis on the structure and efficiency of appellate courts, the role of judicial review, and the balance of power among state institutions. His work critically examines procedural rules, legal remedies, and the impact of institutional design on justice delivery, especially in the context of South Korea’s court system and its reforms. He also investigates the boundaries of legal personality, access to justice, and the application of due process in environmental and public law cases.
Professor Youngseon Kim's research lab focuses on maternal health and family-centered health promotion, with a strong emphasis on the psychosocial and physiological challenges faced by mothers and their children across developmental transitions. The lab investigates maternal experiences during critical life stages—particularly during public health crises like the COVID-19 pandemic—and explores the interplay between maternal well-being, child development, and chronic disease risk factors such as metabolic syndrome, Helicobacter pylori infection, and cardiovascular and liver diseases. The research integrates qualitative in-depth interviews with quantitative epidemiological analyses, reflecting a multidisciplinary approach to understanding health across the lifespan within family systems.
Professor Jun-Soon Kim's research lab specializes in clinical and translational neuroscience, with a focus on neurological disorders involving autoimmunity, cerebrovascular disease, and sleep-related movement disorders. The lab investigates biomarkers such as aquaporin-4 antibodies in neuromyelitis optica spectrum disorders, explores the impact of hemoglobin levels on stroke outcomes, and examines the neurological manifestations of rare conditions like HAM and hemifacial spasm. The research integrates clinical neurology, neuroimmunology, and neurophysiological monitoring to improve diagnosis, treatment, and prognosis in complex neurological diseases.
Professor Donghyuk Shin's research lab specializes in advanced semiconductor materials and nanofabrication technologies, with a strong focus on next-generation DRAM devices and atomic layer deposition (ALD) processes. The lab pioneers innovative transistor structures such as S-RCAT and 6F² open-bit-line cells to enhance scalability and performance in sub-50nm memory technologies. It also conducts fundamental research on high-k dielectrics, refractory metal films (e.g., Mo, TiO₂), and ALD process optimization for advanced logic and memory applications. The lab integrates materials characterization, device physics, and process engineering to address critical challenges in semiconductor scaling and reliability.
Professor Moon Gi Hong's research lab specializes in interdisciplinary studies at the intersection of communication, social policy, and technology. The lab focuses on political communication strategies, particularly the impact of source credibility—such as celebrities and athletes—on public perception of political messages. It also investigates organizational responses to workplace violence, especially in service and sales industries, with an emphasis on government policies, emotional labor, and employee well-being. Additionally, the lab explores technological innovations in optical communication systems, including linearization techniques for DFB lasers in radio-over-fiber networks.
Professor Jong-Jin Yoon's research lab specializes in the application of artificial intelligence and medical imaging to improve diagnostic accuracy and clinical outcomes in liver and vascular diseases. The lab focuses on developing deep learning and machine learning models for medical image analysis, particularly in hepatocellular carcinoma and arteriovenous fistula assessment, integrating radiological, pathological, and physiological data. Key research directions include AI-based prediction of tumor viability, treatment response, and postoperative pain using multimodal data such as MRI, audio signals, and vital signs.
Professor Moongyu Choi's research lab focuses on critical theories of modernity, Romanticism, and the philosophical dimensions of death, identity, and urbanization. The lab explores the construction of authorship in literary and cultural discourse, particularly through the lens of early German Romanticism and its theoretical implications. It also investigates existential and phenomenological understandings of death, especially as articulated by Heidegger and Sartre, and examines how these concepts intersect with social exclusion and marginalization. Additionally, the lab analyzes urban modernity and the transformation of urban space, drawing on Marxist and critical urban theory to examine the symbolic and material dimensions of the city as a site of alienation and phantasmagoria.
Professor Jae-Keon Kim's research lab specializes in computing education and computational thinking development, particularly for non-major students in higher education. The lab focuses on designing and evaluating interdisciplinary curricula that integrate programming, data science, and computational problem-solving skills across diverse academic fields. Key research directions include the development of assessment rubrics for computational thinking, enhancing students' computational self-efficacy and interest through pedagogical models like ADDIE, and investigating the long-term impact of early computer and software education on later academic success. The lab also explores effective teaching strategies for introductory programming courses to reduce learning barriers among non-computing students.
Professor Ji-eun Jeong's research lab focuses on social welfare and human services, particularly examining the working conditions of social workers in elderly care and their impact on service quality. The lab also conducts interdisciplinary research in education, exploring reading motivation, reading ability, and behavioral patterns among middle school students, with an emphasis on gender differences and personalized learning interventions. Additionally, the lab engages in bioinformatics and food science research, including SNP database development and protein crosslinking analysis using transglutaminase. These diverse research directions reflect a strong commitment to improving social welfare systems, enhancing educational outcomes, and advancing biotechnological applications.
