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 Zhicheng Lin's research lab focuses on the intersection of cognitive science, cultural psychology, and emerging technologies such as generative artificial intelligence. The lab investigates how cultural contexts shape fundamental cognitive processes like attention and self-construal, while also exploring the epistemological and ethical implications of AI in scientific research. Another key direction involves mental health and eating behaviors, particularly the non-pathological aspects of food restriction in aging populations. The lab also examines unconscious cognition and methodological rigor in psychological measurement, emphasizing diversity and equity in psychological science.
Professor Joo-Yeon Hur's research lab specializes in innovation and entrepreneurship, with a primary focus on startup ecosystems, venture capital mechanisms, and the role of startup accelerators in fostering early-stage ventures. The lab investigates key investment decision factors in accelerators, the impact of regulatory sandboxes on fintech innovation, and quality evaluation models for online information services. Through qualitative and mixed-methods research, including grounded theory and analytical hierarchy process, the lab contributes both theoretical insights and practical guidance for startups and investors.
Professor Dong-hee Bang's research lab focuses on constitutional law, local self-government, and audit systems, with an emphasis on enhancing democratic governance, institutional independence, and citizen participation. The lab explores the evolution of constitutional institutions such as the Audit Service and local autonomy, particularly in the context of strengthening checks and balances, promoting transparency, and integrating civil society in public oversight. It also examines the role of participatory mechanisms like the Citizen Audit Request System and the reform of constitutional institutions to meet the challenges of a super-aged society and modern democratic governance.
Professor Hak-cheol Lee's research lab specializes in criminal law and criminal procedure, with a particular focus on the evolving challenges of aging society, including the legal implications of elderly crime and the reform of criminal responsibility for older offenders. The lab also investigates foundational issues in criminal procedure, such as the criteria for determining accomplice relationships and the admissibility of co-accused statements, emphasizing doctrinal clarity and conceptual distinctions between legal constructs like 'criminal fact' and 'prosecutorial fact'. The research integrates doctrinal analysis with comparative legal theory to address systemic inconsistencies in judicial reasoning.
Professor Wan Nam's research lab specializes in translational drug discovery, focusing on identifying novel small-molecule therapeutics for metabolic and neurological disorders. The lab leverages innovative technologies such as DNA-encoded library (DEL) screening and cell-based assays to discover high-affinity ligands and functional agonists targeting key receptors like GLP-1R. Current research directions include the development of orally available small-molecule drugs for type 2 diabetes and obesity, as well as identifying novel inhibitors for vestibular schwannoma (VS) with reduced toxicity. The lab integrates structural biology, functional pharmacology, and high-throughput screening to accelerate the discovery of targeted therapies.
Professor Sungmin Yoo's research lab focuses on the intersection of urban design, environmental psychology, and human well-being, with a particular emphasis on how built and natural environments influence psychological restoration and quality of life. The lab investigates restorative urban spaces such as book shelters in parks, the visual design of residential architecture (especially apartment buildings), and the evolving needs of future workspaces in the context of health and well-being. Through mixed-methods approaches including spatial analysis, text mining, and environmental psychology, the lab aims to develop evidence-based design frameworks that enhance human experience in everyday urban environments.
Professor Eun-sil Yoon's research lab focuses on the intersection of theology, human rights, and social justice in contemporary ethical and technological challenges. Her work explores the theological foundations of human dignity—particularly the concept of 'Imago Dei'—to address issues such as AI ethics, climate justice, migrant rights, and youth rehabilitation through restorative justice. The lab emphasizes the integration of religious ethics with democratic values, human rights discourse, and structural critique to promote inclusive, equitable, and sustainable social transformation.
Professor Byung-Whi Ko's research lab specializes in translational and clinical transplantation research, with a strong focus on improving outcomes in kidney and liver transplantation. The lab investigates immunological mechanisms, biomarkers, and clinical strategies to enhance graft survival and reduce rejection rates. Their work also includes large-scale cohort studies and real-world data analysis to inform personalized transplant medicine.
Professor Yangjong Lee's research lab focuses on translational biomedical research with a strong emphasis on cancer biology, vascular protection, and metabolic regulation. The lab investigates the origins and progression of ovarian serous cancer, particularly in genetically susceptible populations, while also exploring novel vasculoprotective compounds like 3-hydroxybenzaldehyde (3-HBA) in vascular smooth muscle and endothelial cells. Additionally, the lab examines intestinal glucose homeostasis mechanisms, especially following bariatric surgery or AREG administration, revealing new insights into GLUT1 regulation. The team also contributes to neurodegenerative disease research, particularly cerebellar atrophy in progressive supranuclear palsy (PSP).
Professor Ga-Ram Lim's research lab specializes in the development and characterization of advanced metallic materials, with a focus on metallic glasses, bulk metallic glass matrix composites, and in-situ eutectic composites. The lab investigates the effects of processing parameters—such as cooling rate and thermal history—on microstructure evolution, phase formation, and mechanical properties, particularly in relation to oxidation behavior and strengthening mechanisms. A key research direction involves the design of nano- and micro-scale reinforced composites to enhance both strength and ductility in metallic glass systems.
Professor Si Hwan Jang's research lab specializes in pulmonary fibrosis and regenerative medicine, focusing on developing novel nanotherapeutics for respiratory diseases. The lab investigates bone morphogenetic protein-7 (BMP-7) as a promising anti-fibrotic agent, particularly through innovative delivery systems like micelle nanoparticles for nasal inhalation. Utilizing advanced techniques such as single-cell RNA sequencing, the lab aims to decipher cellular mechanisms underlying lung fibrosis and evaluate therapeutic interventions at the molecular and cellular level. Their work bridges nanomedicine, respiratory pharmacology, and translational medicine to advance targeted therapies for fibrotic lung disorders.
Professor Ji Ho Kim's research lab specializes in biomedical engineering and health data science, focusing on the integration of advanced signal processing and machine learning techniques to improve clinical decision-making in cardiovascular surgery and mental health monitoring. The lab develops innovative data-driven methodologies for real-time hemodynamic assessment, concept drift detection in streaming data, and preprocessing of incomplete or biased digital health data such as ecological momentary assessment (e.g., life-log) recordings. Current research directions emphasize the application of deep learning and hybrid modeling approaches to enhance diagnostic accuracy and patient outcomes in critical care and mental health settings.
Professor Won Seon Park's research lab specializes in critical care anesthesiology and hemodynamic management in patients with pulmonary hypertension. The lab focuses on optimizing hemodynamic support during surgical anesthesia, particularly in challenging cases involving right heart strain and systemic hypotension. Key research directions include the hemodynamic effects of vasoactive agents such as phenylephrine and norepinephrine, with an emphasis on balancing systemic blood pressure support without exacerbating pulmonary vascular resistance. The lab also investigates personalized hemodynamic strategies to improve outcomes in high-risk cardiac and pulmonary patients.
Professor Hyun Jik Song's research lab specializes in clinical artificial intelligence and medical image analysis, focusing on leveraging deep learning to improve diagnostic accuracy in gastrointestinal diseases. The lab investigates AI applications in capsule endoscopy for detecting small bowel lesions such as erosions, ulcers, and angiodysplasia, aiming to enhance early diagnosis and reduce diagnostic variability. Additionally, the lab explores age-related clinical patterns in infectious diseases like Clostridium difficile infection, integrating clinical data with machine learning to uncover demographic-specific disease presentations. Their work bridges clinical gastroenterology with advanced computational methods to support precision medicine.
Professor Byung-Bin Ryu's research lab specializes in pediatric pharmacology, focusing on the unique pharmacokinetic and pharmacodynamic profiles of children, particularly neonates and infants. The lab investigates developmentally influenced changes in drug absorption, distribution, metabolism, and excretion to optimize medication safety and efficacy in pediatric populations. Key research directions include modeling age-dependent physiological changes and translating these insights into clinical dosing strategies. The lab also explores the impact of organ immaturity on drug response, aiming to improve therapeutic outcomes in pediatric patients.
Professor Dongheon Seol's research lab specializes in pediatric ophthalmology and anterior segment imaging, focusing on the diagnosis, clinical characteristics, and management of pediatric optic neuritis and corneal refractive disorders. The lab conducts comparative studies on ocular imaging devices to evaluate the accuracy and reliability of corneal topography measurements, contributing to improved refractive surgery outcomes and early detection of demyelinating optic neuropathies in children. Research also emphasizes the differentiation of autoimmune-mediated optic neuropathies such as MOG-AD, NMOSD, and MS in pediatric populations.
Professor Se-Hyun Cheon's research lab specializes in clinical and surgical innovations within orthopedic and maxillofacial surgery, with a focus on rare postoperative complications and patient safety. The lab investigates perioperative complications such as acute postoperative parotitis, particularly in the context of arthroscopic shoulder surgery under general anesthesia, aiming to enhance diagnostic awareness and management protocols. Research directions include improving surgical positioning safety, understanding iatrogenic inflammatory responses, and optimizing postoperative care in minimally invasive orthopedic procedures. The lab also contributes to the broader understanding of rare but potentially life-threatening complications in routine surgical settings.
Professor Byung-gan Ko's research lab specializes in translational and clinical nephrology, with a strong focus on kidney disease mechanisms, particularly in the context of diabetic nephropathy and acute kidney injury. The lab investigates biomarkers and pathophysiological pathways to improve early diagnosis and therapeutic strategies. Their work also includes clinical trials and outcomes research in kidney transplantation, aiming to enhance patient survival and graft function.
Professor Myung-woo Ko's research lab specializes in transplant immunology and regenerative medicine, with a focus on improving outcomes in organ transplantation through innovative immunomodulatory strategies. The lab investigates mechanisms of transplant tolerance, rejection, and the role of immune cell subsets in post-transplant complications. Current research directions include the development of biomarkers for early detection of rejection and the application of cellular therapies to promote graft survival.
Professor Nanhu Kim's research lab specializes in orthopedic surgery with a focus on complex wrist fractures, particularly distal radius fractures involving the sigmoid notch and dorsal lunate fossa. The lab investigates surgical techniques, including limited dorsal approaches, to improve both radiological and clinical outcomes in these challenging fractures. Research directions emphasize anatomical reduction, implant fixation, and functional recovery in patients with intra-articular wrist injuries.
