Explore research labs at leading universities worldwide — research fields and key papers at a glance.
Professor Yun-Young Choi's research spans interdisciplinary humanities and social sciences, focusing on the intersections of literature, identity, migration, and globalization. Her work explores dementia in literary narratives as a lens to examine personal identity, memory, and narrative formation, while also investigating xenophobia, multiculturalism, and minority experiences—particularly in the context of transnational migration and second-generation diasporas in Germany. She examines how literature and narrative form engage with cognitive, social, and cultural boundaries, especially through multilingual and transnational literary practices.
Professor Seungho Kang's research lab specializes in statistical methodology with a focus on biostatistics and data science applications in health and social sciences. The lab develops advanced statistical models for correlated and hierarchical data, including multilevel and multivariate binary data, with applications in clinical trials, genetic analysis, and public health research. Key research directions include finite-sample inference, power and sample size evaluation in equivalence and non-inferiority trials, and the development of robust methods for handling nuisance parameters and complex data structures. The lab also applies data mining and predictive modeling techniques to real-world survey data to inform public health policy and consumer behavior analysis.
Professor Sang Hyun Hwang's research lab specializes in molecular and nuclear imaging, with a focus on the clinical applications of PET/CT in oncology and autoimmune diseases. The lab investigates metabolic tumor volume (MTV) and total lesion glycolysis (TLG) as independent prognostic factors in various cancers, including gastrointestinal stromal tumors (GIST), metastatic renal cell carcinoma (RCC), and hepatocellular carcinoma (HCC). Additionally, the lab explores HLA genetic variation in Korean populations and evaluates the diagnostic utility of FDG-PET/CT in autoimmune conditions, particularly splenic uptake patterns. These studies aim to improve patient stratification, prognosis prediction, and personalized treatment strategies.
Professor Jongho Lim's research lab specializes in statistical methodology, data imputation, and machine learning with a focus on developing advanced techniques for handling missing data, improving classification performance in challenging data scenarios, and extracting meaningful insights from unstructured text. The lab emphasizes methodological innovation in multivariate imputation—particularly fractional hot deck imputation (FHDI) and fully efficient fractional imputation (FEFI)—and applies these methods to real-world social and health science data. Additionally, the lab develops practical frameworks for opinion mining and sentiment analysis in user-generated content, and investigates behavioral responses to public health interventions, especially related to social distancing during pandemics. These efforts are grounded in robust statistical inference and variance estimation techniques such as the Jackknife method and replicated weights.
Professor Soo-joon Park's research lab specializes in synthetic organic chemistry and medicinal chemistry, with a focus on the development of novel synthetic methodologies for complex molecular architectures, particularly fluorinated and sulfanyl-containing compounds. The lab pioneers strain-release functionalization strategies to access unique scaffolds such as pentafluorosulfanylated cyclobutanes and applies these methods to the asymmetric synthesis of bioactive natural products, including Cephalotaxus alkaloids. Additionally, the lab contributes to biomedical research by investigating molecular mechanisms in neurodegenerative diseases and developing standardized interfaces for legacy healthcare devices, reflecting a multidisciplinary approach bridging chemistry, medicine, and health technology. The lab’s work spans from fundamental synthesis to translational applications in drug discovery and medical device integration.
Professor Yeon Soo Park's research lab specializes in nuclear medicine and molecular imaging, with a focus on optimizing diagnostic accuracy and treatment planning in head and neck cancers. The lab investigates metabolic imaging using FDG-PET to predict tumor behavior, guide therapy, and identify high-risk patients, particularly in oropharyngeal and salivary gland carcinomas. Research also extends to radiation safety and dose optimization in dental and maxillofacial imaging, addressing clinical radiation exposure and equipment utilization. The lab integrates quantitative imaging biomarkers with clinical outcomes to improve personalized cancer care.
Professor Hoonchul Shin's research lab focuses on the governance and sustainability of coupled social-ecological and infrastructure systems, with a particular emphasis on common pool resources, smallholder agricultural systems, and civil infrastructure. The lab investigates how institutional design, local institutions, and cross-scale interactions shape collective action outcomes under global and environmental change. Using mixed-methods approaches—including large-N comparative studies, field experiments, and case-based analysis—the lab aims to uncover principles that support adaptive and resilient resource governance.
Professor Yi-Ji Bang's research lab focuses on host-microbe interactions, particularly the molecular mechanisms underlying vitamin A metabolism and its role in intestinal immune regulation. The lab investigates how host cells, especially intestinal epithelial and myeloid cells, sense and respond to the microbiota through signaling molecules like serum amyloid A (SAA) and retinol derivatives. Key research directions include the identification of host receptors (e.g., LRP1) that mediate nutrient delivery for immune cell function, the role of quorum sensing in pathogenic Vibrio species, and the regulation of antioxidant defenses in bacterial pathogenesis. The lab integrates structural biology, immunology, and microbiology to uncover host factors that shape mucosal immunity and microbial homeostasis.
Professor Joo-Cheol Kim's research lab specializes in environmental and hydrological systems modeling, with a focus on sustainable urban stormwater management, flood risk reduction, and watershed hydrodynamics. The lab integrates advanced statistical methods such as Extreme Value Theory and L-moments with hydrological modeling tools like SWMM and the Nash model to analyze rainfall-runoff processes and climate-related impacts. Research also extends into financial risk modeling, particularly in credit risk assessment and the quantification of loss-given-default for banking regulation, demonstrating a unique interdisciplinary approach linking environmental and financial systems. The lab emphasizes data-driven, physically based modeling to improve predictive accuracy in both natural and socio-economic systems.
Professor Cheolsung Park's research lab specializes in labor economics, household decision-making, and education economics, with a strong focus on intrahousehold resource allocation, risk pooling in rural communities, and the economic returns to education. The lab investigates how individual and family-level decisions—particularly in education, health, and consumption—are shaped by market dynamics, social networks, and institutional reforms such as work-hour regulations. A central theme is understanding non-unitary household behavior and the role of social insurance mechanisms in rural and developing settings.
Professor Han-Sol Choi's research lab specializes in neurobiology and molecular pharmacology, focusing on the neural mechanisms underlying motor coordination and pathological tremors, particularly through the study of voltage-gated calcium channels such as Ca(V)3.1 in the inferior olive. The lab also investigates the functional genomics of animal models, including thoroughbred horses, to understand muscle function and disease, and explores natural products from microbial sources for their neuroprotective and enzyme-inhibitory activities. Additionally, the lab examines the genetic basis of complex vocal behaviors in mice, linking neural circuits to behavioral phenotypes.
Professor Min Bom Kim's research lab specializes in orthopedic trauma and reconstructive surgery, with a strong focus on innovative surgical techniques for complex fractures and soft tissue defects. The lab emphasizes minimally invasive and patient-specific approaches, including advanced fixation methods for posterior malleolar and distal radius fractures, as well as microsurgical soft tissue reconstruction in pediatric and adult patients. A key innovation in the lab is the integration of digital technology—such as intraoral scanning, CAD software, and 3D simulation—into implant and prosthesis planning to enhance surgical precision and clinical outcomes.
Professor Ji-Hyun Hwang's research lab focuses on the intersection of education, cognitive psychology, and environmental design, with a strong emphasis on how learning environments—both digital and physical—affect students’ mathematical reasoning, spatial thinking, and psychological well-being. The lab investigates the role of perceived control, attributional beliefs, and learning environments in shaping academic motivation and achievement, particularly through international large-scale assessments like PISA and TIMSS. Additionally, the lab explores biophilic design principles in historical architecture, linking human psychological responses to natural elements in built environments. These interdisciplinary studies integrate quantitative methods such as structural equation modeling, multilevel modeling, and spatial analysis to uncover cultural and contextual influences on learning and cognition.
Professor Hansohl Cho's research lab specializes in the design and mechanical characterization of heterogeneous soft materials, with a focus on understanding and engineering microstructure-property relationships in elastomeric and crystalline composites under large deformations. The lab investigates nonlocal fracture behavior, viscoelastic–viscoplastic dissipation, and shape recovery mechanisms in stretchable materials, leveraging 3D-printed prototypes, advanced simulations, and multiscale experimental analysis. Key research directions include tailoring geometric and topological substructures to achieve isotropic mechanical responses and resilience across diverse loading conditions.
Professor Seung Ook Lee's research lab specializes in critical political geography, with a focus on the intersections of geopolitics, geoeconomics, and territorial formation in East Asia. The lab explores how state power, sovereignty, and territoriality are produced and contested through historical legacies of colonialism, socialist ideology, and neoliberal development models. Key research directions include China–North Korea relations, urban regeneration in Seoul, and the spatial politics of statecraft in postcolonial and authoritarian contexts. The lab emphasizes postcolonial and Marxist theoretical frameworks to analyze the material and ideological dimensions of territorialization.
Professor Jin Han Lee's research lab specializes in reliability-based engineering, with a strong focus on predictive maintenance and risk assessment in critical infrastructure systems. The lab conducts advanced research in railway vehicle wheel health monitoring using sensor-based data and machine learning, as well as in the reliability analysis of industrial piping systems subjected to time-dependent degradation such as corrosion. Additionally, the lab investigates safety-critical systems in the process and energy industries, including gas dispersion modeling from LPG storage facilities and infection control in dental healthcare environments. The lab integrates experimental, computational, and statistical methodologies to enhance system safety, reliability, and operational efficiency.
Professor Yesul Bae's research lab specializes in digital health innovation, focusing on leveraging information and communications technology (ICT), artificial intelligence, and blockchain to enhance healthcare delivery and patient outcomes. The lab develops intelligent systems for remote patient monitoring, digital health literacy assessment, and mental health prediction using natural language processing. It also explores the integration of electronic health records with advanced data analytics to support precision medicine and health information exchange with strong privacy safeguards.
Professor Yongseok Sim's research lab specializes in artificial intelligence applications in medical imaging and clinical decision support, with a focus on deep learning, radiomics, and generative models for diagnostic enhancement. The lab develops AI-driven tools to improve the detection of diseases such as lung cancer, breast cancer, and Alzheimer’s disease through advanced image analysis and synthetic data generation. Key research directions include interpretable AI, including reasoning-aware frameworks using large language models, and the integration of AI with clinical workflows to address data scarcity and improve diagnostic accuracy.
Professor Yun-Sang Lee's research lab specializes in biomechanics and robotics, focusing on the development of advanced control systems for dynamic, human-like locomotion in humanoid and multilegged robots. The lab integrates data-driven methods, model-predictive control, and biomechanically accurate muscle modeling to enable realistic, stable, and adaptive motion generation under various physical constraints and perturbations. Key research directions include under-actuated full-body biped control, terrain-adaptive gait planning, and the simulation of human gait for rehabilitation and assistive robotics. The lab also explores physical separation techniques in molten salts, demonstrating a multidisciplinary approach bridging robotics, computational biomechanics, and materials science.
Professor Noh Young Seok's research lab specializes in dermatological conditions with a focus on atopic dermatitis, psoriasis, and inflammatory skin diseases, particularly in the Korean population. The lab investigates patient-reported outcomes, quality of life, and treatment-seeking behaviors to improve clinical management and patient-centered care. It also explores non-invasive cosmetic interventions such as high-intensity focused ultrasound (HIFU) for skin rejuvenation and examines complications like tinea incognito resulting from inappropriate topical steroid use.
