世界の主要大学の研究室を探索 — 研究分野と主要論文を一目で確認できます。
Professor Jin Gu Lee's research lab specializes in translational and clinical research in thoracic and cardiovascular surgery, with a focus on understanding the biological mechanisms underlying disease progression and treatment response in lung cancer, lung transplantation, and cerebrovascular disorders. The lab investigates autophagy and hypoxia pathways in chemotherapy resistance, the role of extracorporeal membrane oxygenation (ECMO) in improving surgical outcomes, and the cellular dynamics following cerebral microinfarction. Additionally, the lab contributes to refining cancer staging systems, particularly for pulmonary metastases from hepatocellular carcinoma and the impact of sarcopenia on post-lung transplant outcomes.
Professor Jiyoung Shin's research lab specializes in phonological and phonetic studies of the Korean language, with a strong focus on empirical analysis of spoken Korean. The lab investigates fundamental aspects of Korean phonology, including phoneme and syllable frequency, phonological variation, and speech prosody, using large-scale corpora of native speakers’ spontaneous speech. A key research direction involves examining how phonological knowledge is represented and taught in educational materials, particularly high school grammar textbooks, aiming to bridge linguistic research with language education. The lab also explores vocal nonverbal factors in second language speaking assessment, contributing to the development of more effective speaking instruction programs.
Professor Ho-Jung Lee's research lab focuses on understanding the metabolic adaptations and tumor microenvironment interactions that drive cancer progression, particularly in metastatic settings such as breast cancer brain metastasis and colorectal liver metastasis. The lab investigates cancer cell metabolism, including gluconeogenesis and amino acid oxidation, as well as the role of stromal cells like astrocytes and fibroblasts in chemoresistance. It also explores novel therapeutic strategies, including natural compound-based therapies (e.g., oleandrin derivatives) and gene therapy approaches targeting metastatic spread.
Professor Jaiho Chung's research spans corporate finance, behavioral economics, and condensed matter physics, with a strong focus on market efficiency, corporate governance, and financial market design. His work explores how institutional environments—particularly investor protection regimes—affect firm financing decisions, such as cross-listing behavior, and examines the implications of financial crises on capitalism and corporate social responsibility. He also investigates magnetic materials, especially frustrated spin systems like CdCr₂O₄, using advanced experimental techniques such as neutron diffraction. His interdisciplinary approach bridges financial economics with physical sciences, emphasizing both theoretical modeling and empirical validation.
Professor Jong-in Han's research lab specializes in anesthesiology and critical care medicine, with a primary focus on optimizing anesthetic techniques and minimizing postoperative complications. The lab investigates the neuroprotective and anti-inflammatory effects of anesthetic agents such as dexmedetomidine and opioids, particularly in vulnerable populations like elderly patients and those with Alzheimer’s disease. Research also centers on airway management, including the use of specialized endotracheal tubes and bronchial blockers for one-lung ventilation, as well as the mechanisms behind opioid-induced cough reflex during anesthetic induction. The lab integrates preclinical models with clinical studies to improve patient outcomes in surgical and intensive care settings.
Professor Soo-Yong Chae's research lab specializes in power electronics and microgrid technologies, focusing on enhancing the safety, efficiency, and reliability of modern electrical systems. Key research directions include arc fault detection in DC microgrids and photovoltaic systems, digital control strategies for parallel power converters, and innovative power conversion topologies such as single-stage LED drivers and differential power processing. The lab emphasizes practical applications through sensor-minimal algorithms, adaptive control, and intelligent energy management in hybrid AC/DC microgrids.
Professor Lee Cheon-woo's research lab specializes in urological regenerative medicine and oncology, focusing on improving outcomes in erectile dysfunction, prostate cancer, and kidney preservation. The lab investigates stem cell therapies—particularly adipose-derived stem cells and stromal vascular fraction—for nerve repair and functional recovery after injury. It also explores metabolic syndrome as a modifiable risk factor for sexual dysfunction and evaluates the role of medical interventions such as statins in delaying castration-resistant prostate cancer progression. Additionally, the lab employs advanced imaging and nephrological assessments to compare surgical techniques in renal preservation, particularly in partial nephrectomy.
Professor Se Jin Park's research lab specializes in orthopedic surgery and regenerative medicine, with a primary focus on anterior and posterior cruciate ligament reconstruction, including single-bundle and double-bundle techniques, as well as posterolateral corner reconstruction in the knee. The lab also investigates advanced wound care solutions, particularly for diabetic foot ulcers, evaluating novel dressing technologies such as povidone-iodine foam. Additionally, the lab contributes to pharmacovigilance research, assessing the safety profiles of emerging medical interventions, including mRNA vaccines, through comparative adverse event analysis.
Professor Chang-Woo Jeong's research lab specializes in moral education, virtue ethics, and the psychological foundations of character development, with a strong emphasis on integrating philosophical inquiry with empirical research in moral psychology, cognitive science, and neuroscience. The lab explores how moral identity and ethical virtues can be cultivated through experiential, relational, and lifelong educational practices, particularly in school settings. It also focuses on developing practical, implementable models for character education—such as embodied learning, dialogic teaching, and life-stage-based curricula—while advancing assessment frameworks that support ethical growth and fairness in education.
Professor Sung-Min Lee's research lab focuses on translational biomedical research with a strong emphasis on molecular mechanisms underlying fibrosis, metabolic diseases, and inflammatory disorders. The lab investigates pharmacological targets such as COX-2, adiponectin, and natural compounds like Rubus Coreanus Miquel to develop novel therapeutic strategies for liver fibrosis, insulin resistance, and chronic inflammation. Additionally, the lab explores clinical applications of anesthetic agents in pediatric surgery and contributes to high-speed aerodynamics research through experimental flow diagnosis in shock tunnels, reflecting a multidisciplinary approach bridging biomedicine and engineering.
Professor Jaehoon Jung's research lab focuses on plant hormone signaling, particularly the molecular crosstalk between auxin and brassinosteroid pathways, and the transcriptional regulation of plant development. The lab also investigates vascular system formation, flowering time control via FT-FD complex dynamics, and the regulation of key developmental processes through genetic and molecular approaches. Additionally, the lab applies computational fluid dynamics (CFD) to optimize ventilation in industrial environments such as shipbuilding, demonstrating a multidisciplinary approach bridging plant biology and engineering. These diverse research directions highlight a strong emphasis on systems-level understanding of biological regulation and environmental applications.
Professor Jaehoon Hahn's research focuses on asset pricing, corporate finance, and the interplay between financial constraints and investment behavior. His work explores how macroeconomic risks—particularly changes in credit and term spreads—explain cross-sectional stock returns, especially along dimensions such as size and book-to-market equity. He also investigates the role of debt capacity in pricing for financially constrained firms, drawing on theories of imperfect capital markets. Additionally, his research extends into the historical development of Confucian ritual studies in Joseon Korea, particularly the intellectual legacy of Toegye (Yi Hwang) and the scholarly contributions of Saek-jeong (Sahyeong).
Professor Rajib Schubert's research lab specializes in applying advanced biophysical techniques, particularly atomic force microscopy-based single-cell force spectroscopy, to study cell adhesion, mechanobiology, and molecular interactions at the single-cell level. The lab investigates how cell surface molecules—including teneurins, Flo11-type adhesins, and RGD-based polypeptides—mediate specific adhesion, guidance, and signaling in development, microbial communities, and disease. A central focus is understanding the mechanical and adhesive properties of cells in physiological and pathological contexts, such as vascular network formation and cancer therapy delivery. The lab also develops engineered biomolecules to tune cell-surface interactions for therapeutic and biotechnological applications.
Professor Jeongho Yang's research lab specializes in educational and social inequality, focusing on longitudinal analyses of educational investment, family economic behavior, and student outcomes using large-scale survey data. The lab employs advanced statistical methods such as hierarchical linear models (HLM) and hierarchical generalized linear models (HGLM) to examine disparities in educational expenditure, academic achievement, tutoring participation, and youth labor market engagement across individuals, schools, and regions. Research themes include the socioeconomic determinants of educational inequality, the impact of private tutoring on college enrollment, and the role of school and community contexts in shaping student trajectories.
Professor Hyun-soon Park's research lab specializes in public relations, crisis communication, and strategic communication within public and corporate sectors. The lab focuses on enhancing government communication effectiveness through audience-centered strategies, policy communication systems, and legitimacy management in organizational crises. It also explores persuasive communication in corporate social responsibility (CSR) campaigns, particularly through the lens of construal level theory and persuasion knowledge models.
Professor Sung-won Kim's research lab specializes in advanced sensing and signal processing for structural health monitoring, with a focus on guided wave-based non-destructive evaluation and data-driven damage detection. The lab also explores photonic devices for all-optical signal amplification and novel materials for biomedical applications, including biohybrid implantable systems for diabetes therapy. Key research directions include time-frequency signal analysis, random projection for big data reduction, and the development of high-performance electronic and optoelectronic devices using advanced semiconductor heterostructures. The lab integrates physics-based modeling with experimental validation to address real-world challenges in infrastructure integrity, medical implants, and next-generation communication systems.
Professor Sunmie Kim's research lab focuses on reproductive medicine and women's health, with key research directions in oocyte cryopreservation, polycystic ovary syndrome (PCOS), endometrial pathology, breast disease diagnosis, and the impact of metabolic syndrome on female sexual function. The lab employs a multidisciplinary approach combining clinical studies, imaging, and molecular analysis to improve reproductive outcomes and women’s health across the lifespan.
Professor Eunseok Ryu's research lab specializes in next-generation multimedia communication and immersive media technologies, focusing on efficient delivery and processing of high-quality video content such as 360-degree and VR/AR videos. The lab explores scalable video coding, millimeter-wave communications (e.g., 60 GHz), and adaptive error protection to enhance quality of experience over bandwidth-constrained wireless networks. It also pioneers accessible multimedia solutions, including haptic feedback and braille display systems for visually impaired users, and develops lightweight, client-side content generation techniques like intelligent GIF creation. The lab’s work bridges wireless networking, video compression, and human-centric design to enable seamless, immersive, and inclusive multimedia experiences.
Professor Jeong Hyun Lee's research lab focuses on clinical and epidemiological studies in internal medicine, with a strong emphasis on metabolic and inflammatory diseases, mental health disorders, and healthcare-associated infections. The lab investigates long-term tracking of blood lipid profiles in Asian populations, the pathogenesis and diagnosis of rare inflammatory conditions like Kimura disease and IgG4-related disease, and the psychometric validation of eating disorder assessments in Korean populations. Additionally, the lab explores biomarkers and risk factors for systemic inflammation and mortality, particularly in rural and vulnerable populations such as preterm infants and elderly Koreans.
Professor Ok-Mae Kim's research lab focuses on plant innate immunity and cellular homeostasis, with a central emphasis on the molecular mechanisms underlying lignin biosynthesis, autophagy, and vesicular trafficking during pathogen defense and stress responses. The lab investigates how transcription factors like MYB15 regulate immune-related gene networks, how autophagy selectively degrades key proteins such as ATG8a via the N-degron pathway, and how small GTPases like RabG3b modulate cell death and immunity. Using integrative approaches combining molecular genetics, cell biology, and proteomics, the lab uncovers conserved regulatory pathways that maintain cellular integrity under biotic and abiotic stress.
