Explore research labs at leading universities worldwide — research fields and key papers at a glance.
Professor Se-Yeong Yoon's research lab specializes in the development of advanced functional materials for sustainable papermaking and graphene-based nanocomposites. The lab focuses on enhancing paper properties through innovative filler-fiber interactions using starch-modified clay and graphene-based materials, emphasizing improved mechanical strength, filler retention, and optical performance. Key research directions include the design of thermosensitive and water-stable nanomaterials, such as graphene-polymer hybrids and starch-filler composites, with applications in smart materials and high-performance paper. The lab also explores scalable fabrication techniques like ink-jet printing and filtration-based assembly for functional 2D materials.
Professor Hyun Il Kim's research lab focuses on translational and preclinical studies in surgical oncology, particularly laparoscopic surgery for gastric cancer, and explores the pharmacological and pharmacokinetic properties of natural compounds such as ginsenosides and chitosan oligosaccharides in metabolic and cardiovascular diseases. The lab also investigates the role of gaseous signaling molecules like hydrogen sulfide in gastrointestinal pacemaker activity and vascular function, aiming to uncover novel mechanisms underlying hypertension and endothelial dysfunction. Their work bridges clinical surgery with molecular pharmacology, emphasizing long-term outcomes and bioactive natural products in disease models.
Professor Sooan Choi's research lab focuses on translational biomedical research with a strong emphasis on clinical pharmacology, metabolic disease biomarkers, and patient-centered medication management. The lab investigates the impact of lifestyle factors—such as smartphone overuse—on adolescent health, explores metabolic alterations in prostate cancer using high-resolution metabolomics, and evaluates clinical outcomes in rheumatoid arthritis using advanced imaging and biomarker scores. Additionally, the lab examines community pharmacists’ roles in improving patient adherence and health literacy, particularly regarding topical corticosteroids and adverse drug reactions across age groups. These interdisciplinary efforts aim to bridge clinical practice with biomedical innovation for improved patient outcomes.
Professor Seok-won Lee's research lab specializes in public policy evaluation, with a strong focus on labor market interventions, aging society policies, and performance measurement in public sectors. The lab employs advanced econometric methods—particularly propensity score matching (PSM) and adjusted performance measures (APM)—to rigorously assess the causal impacts of government programs such as unemployment training, small business financing, and elderly employment initiatives. Research directions emphasize addressing selection bias, improving policy evaluation validity, and quantifying both economic and health-related outcomes of social programs.
Professor Heejoon Jang's research lab specializes in hepatology and metabolic liver diseases, with a strong focus on the epidemiology, pathogenesis, and clinical outcomes of steatotic liver disease, including metabolic dysfunction-associated steatotic liver disease (MASLD), MetALD, and alcohol-associated liver disease (ALD). The lab conducts large-scale, population-based cohort studies using national health databases to investigate the long-term risks of hepatocellular carcinoma (HCC), cirrhosis, and cardiovascular disease in relation to liver disease subtypes and metabolic factors. They also evaluate the effectiveness and safety of various pharmacotherapies—such as SGLT2 inhibitors, aspirin, and systemic therapies like regorafenib and nivolumab—in patients with liver disease and comorbid conditions like type 2 diabetes and chronic hepatitis B.
Professor Eun Bae Yang's research lab focuses on medical education innovation, particularly in the areas of self-directed and collaborative learning, communication skills training, and clinical clerkship education. The lab investigates curriculum development, assessment methods, and educational reform in Korean medical schools, with an emphasis on integrating theory and practice, enhancing student engagement, and improving evaluation systems. A key focus is on designing spiral, criterion-referenced curricula that support long-term professional competence.
Professor Young-jin Jung's research lab specializes in early modern British literature, with a focus on gender, authorship, and the material culture of writing. The lab explores women's literary production in the 17th century, particularly through autobiographical and devotional texts, examining how gender, religion, and textual form intersect. It also investigates the historical and critical dimensions of manuscript culture, print history, and the reclamation of women’s intellectual labor in literary studies. The lab emphasizes feminist literary criticism and the digital reactivation of early modern women’s writings.
Professor Hyeon-in Park's research lab specializes in organizational psychology and work well-being, with a primary focus on the Conservation of Resources (COR) theory as a framework for understanding burnout, emotional labor, and job stress. The lab investigates how job control, emotional regulation strategies (such as surface and deep acting), mindfulness, and person-environment fit influence burnout outcomes—including emotional exhaustion, cynicism, and reduced personal accomplishment—across diverse occupational contexts. Research also explores the role of financial literacy in shaping financial behavior and well-being, emphasizing the differential impacts of objective versus subjective financial knowledge. The lab employs meta-analytic and longitudinal methods to examine psychological resources and stressors in work settings, particularly in human service and corporate environments.
Professor Kwang-Hyun Lee's research lab specializes in orthopedic surgery and musculoskeletal epidemiology, focusing on national trends in upper extremity fractures and soft tissue injuries in South Korea. The lab investigates surgical treatment patterns, incidence rates, and risk factors for conditions such as distal radius fractures, proximal humeral fractures, rotator cuff tears, and complex regional pain syndrome using large-scale national health insurance databases. Their work emphasizes real-world data analysis to inform clinical practice and public health policy, particularly in aging populations. The lab also explores associations between systemic diseases like rheumatoid arthritis and the development of comorbid conditions such as carpal tunnel syndrome.
Professor Won Tae Oh's research lab specializes in orthopedic surgery and hand surgery, with a strong focus on upper extremity disorders, particularly in the diagnosis, treatment, and biological mechanisms of wrist and hand injuries. The lab investigates arthroscopic and open surgical techniques for conditions such as scaphoid nonunion, carpal tunnel syndrome, and ulnar impaction syndrome, emphasizing clinical outcomes, tissue regeneration, and the role of cellular metabolism in bone repair. A key research direction involves understanding the molecular and metabolic regulation of skeletal progenitor cells in bone formation and fracture healing, particularly through mitochondrial function and signaling pathways like ECSIT. The lab also explores the correlation between morphological nerve changes and functional recovery after surgery, using advanced imaging and outcome assessments.
Professor Hong Oh Kim's research lab specializes in complex analysis, harmonic analysis, and wavelet theory, with a focus on Hardy spaces, plurisubharmonic functions, and multiresolution analyses. The lab investigates the interplay between function spaces, maximal functions, and operator invariance in the unit ball and complex domains, particularly in relation to $ L^p $-norm estimates and radial maximal functions. A significant part of the work involves characterizing holomorphic functions and frame multiresolution analyses with general dilation matrices and multiple scaling functions. The lab also explores coefficient estimates and embedding theorems in Hardy spaces, often in collaboration with leading analysts in the field.
Professor Gwan-chang Kim's research lab specializes in cardiovascular and pulmonary disease mechanisms, with a focus on pulmonary hypertension, atrial fibrillation, and endothelial dysfunction. The lab investigates molecular pathways involving nitric oxide, endothelin-1, matrix metalloproteinases, and growth factors, using rodent models to explore therapeutic interventions such as bosentan and mesenchymal stem cell therapy. A key emphasis is on translational research, bridging basic science findings with clinical applications in heart and lung diseases.
Professor Hong Oh Kim's research lab specializes in harmonic analysis, wavelet theory, and complex analysis, with a focus on frame multiresolution analyses, refinable functions, and integral operators on the unit disk. The lab investigates semi-orthogonal and frame wavelets, including their construction, regularity, and approximation properties, as well as their connections to dilation matrices and shift-invariant spaces. A significant part of the work involves the analysis of holomorphic functions and their Nevanlinna counting functions, with applications to fractional integrals and function spaces on the polydisc. The lab also explores pseudo-Butterworth refinable functions and their asymptotic behavior, contributing to the theory of wavelet constructions and approximation theory.
Professor Soo-young Lee's research lab specializes in public administration and organizational behavior, with a primary focus on public sector motivation, employee satisfaction, and organizational effectiveness. The lab investigates key factors influencing public servants’ job satisfaction, organizational commitment, and public service motivation, particularly through the lenses of generational differences, intrinsic and extrinsic motivation, and structural organizational factors. Research directions include the impact of leadership support, performance evaluation systems, and workplace conditions on public employee well-being and performance, with strong emphasis on policy-relevant insights for improving civil service systems.
Professor Ki-Won Seo's research lab specializes in advanced semiconductor materials and devices, with a focus on high-performance electronic and optoelectronic systems. Key research directions include the development of high-mobility heterostructures, such as metamorphic high-electron-mobility transistors and strained-layer superlattices, for high-frequency and photodetection applications. The lab also explores novel nanofabrication techniques, including molecular beam epitaxy and in-situ characterization using RHEED, to achieve precise control over heteroepitaxial growth and interdiffusion dynamics. Additionally, the group investigates functional materials for microfluidic and RF applications, such as magnetic elastomers for droplet manipulation and ultra-wideband microwave components.
Professor Jin Ho Song's research lab specializes in severe accident phenomena in nuclear power plants, with a focus on molten core behavior, fuel-coolant interactions, and steam explosion dynamics. The lab integrates experimental studies using prototypic materials—such as corium and zirconia melts—with advanced simulation and machine learning models to predict and diagnose accident progression. Key research directions include the development of data-driven models for real-time accident diagnosis, understanding phase equilibrium and morphology of corium, and improving severe accident management guidelines (SAMG) through physics-informed modeling and simulation. The lab also emphasizes the integration of high-fidelity experimental data with AI techniques like LSTM networks for enhanced predictive capability in nuclear safety applications.
Professor Jin Ho Beom's research lab specializes in critical care medicine and emergency medicine, with a primary focus on improving outcomes in septic shock and acute respiratory failure. The lab investigates hemodynamic and metabolic biomarkers—such as the lactate/albumin ratio and lactate clearance—to predict mortality and guide early resuscitation strategies. It also explores the impact of time-sensitive interventions, including adherence to sepsis bundles and the use of high-flow oxygen therapy, to optimize patient care in the emergency department. Additionally, the lab examines the complications associated with cardiopulmonary resuscitation, particularly in relation to guideline-recommended chest compression techniques.
Professor Chan Woo Kang's research lab focuses on molecular mechanisms underlying cancer progression, endocrine regulation, and metabolic diseases. Key research directions include the role of signaling pathways such as RET, NRF2, and ERK1/2 in tumorigenesis and metastasis, particularly in lung adenocarcinoma and triple-negative breast cancer. The lab also investigates the physiological functions of non-olfactory proteins like olfactory marker protein (OMP) in endocrine regulation, especially in prolactin secretion and pituitary function. Additionally, the lab explores the therapeutic potential of repurposed drugs such as metformin and dovitinib in metabolic and oncological disorders.
Professor Yun Ji Jung's research lab focuses on health and sports behavior, particularly examining consumer psychology and behavioral dynamics in sports and healthcare contexts. The lab investigates how psychological factors such as nostalgia, identity, and emotional motivation influence consumer behavior, especially among younger generations. It also explores clinical and physiological aspects in obstetrics and maternal-fetal health, including gestational diabetes screening and preeclampsia pathophysiology. The lab integrates behavioral science with clinical medicine to develop evidence-based strategies for health management and targeted marketing in sports and healthcare.
Professor Woojin Kim's research lab specializes in topological data analysis and its applications to dynamic and complex systems, with a focus on persistent homology and zigzag persistence in time-varying data. The lab develops mathematical frameworks to extract and summarize shape-based features from dynamic graphs and metric spaces, enabling the analysis of evolving structures such as animal swarms, social networks, and biological aggregates. Their work bridges pure mathematics with applied problems in neuroscience, materials science, and multi-agent systems, emphasizing real-time and scalable computational methods.
