Explore research labs at leading universities worldwide — research fields and key papers at a glance.
Professor Jae-Sung Yoo's research lab focuses on emergency medicine, critical care, and musculoskeletal health, with a strong emphasis on improving clinical outcomes through innovative diagnostic tools, predictive modeling, and rehabilitation technologies. The lab investigates the epidemiological impact of public health policies—such as the paraquat ban—on poisoning mortality, develops low-cost predictive nomograms for sepsis using readily available biomarkers, and explores novel approaches to diagnosing and managing conditions like Fitz-Hugh-Curtis syndrome. Additionally, the lab is actively engaged in biomechanical research, utilizing acoustic emission and EMG-based exoskeletons to assess joint function and enhance motor recovery in older adults, particularly following targeted rehabilitation training.
Professor Sungwon Jeong's research lab focuses on interdisciplinary health and engineering research, spanning biomedical engineering, health promotion program evaluation, and educational assessment for students with disabilities. The lab investigates clinical outcomes in maxillofacial reconstruction using full-thickness skin grafts, evaluates prenatal ultrasonographic diagnosis in oral and maxillofacial surgery, and develops quality assessment tools for public health programs. Additionally, the lab contributes to educational equity by advancing scalable assessment methods for students with disabilities, integrating mathematical modeling in semiconductor supply chains, and improving clinical decision-making through medical imaging interpretation.
Professor Gan Jin's research lab specializes in advanced dental materials and digital dentistry, focusing on the development and optimization of 3D-printed dental resins, post-processing techniques, and biocompatible materials for clinical applications. The lab investigates the mechanical, surface, and biological properties of resin-based materials, with particular emphasis on water-washable resins, silica particle reinforcement, and the impact of processing parameters on print accuracy and cytocompatibility. Additionally, the lab explores digital workflow integration, including intraoral scanning accuracy and automated smile analysis using computational modeling.
Professor Gwang-Soo Yu's research lab specializes in Korean classical literature, with a focus on the interplay between oral traditions and literary texts. The lab investigates the transformation of folk narratives—such as *yara-ja* (miraculous birth) and *jihdae-jwiche* (heroic restoration of order) legends—into narrative forms in classical novels like *Joheungjeon* and *Jo-go-wonjeon*. It also explores textual transmission, manuscript culture, and the socio-literary motivations behind textual adaptations, particularly in 19th- and early 20th-century *saejeokbon* (popular manuscript) editions. The lab emphasizes how literary works functioned as cultural commodities shaped by market demands and reader preferences.
Professor Changryong Baek's research lab specializes in statistical modeling and inference for time series with complex dependence structures, particularly focusing on distinguishing between long-range dependence and structural changes such as mean shifts or volatility shifts. The lab develops advanced econometric and statistical methods—such as modified GPH and local Whittle estimators, periodic dynamic factor models, and residual-based tests—to analyze financial, hydrological, and telecommunications data. A key research direction involves improving volatility forecasting through factor-augmented models and deep learning integration, especially in the context of global market co-movements. The lab also emphasizes methodological innovation in functional time series analysis and change-point detection under long-memory assumptions.
Professor Yeonrim Seo's research lab focuses on the genetic and molecular mechanisms underlying rare and complex human diseases, particularly neuromuscular disorders, sarcomas, and pulmonary hypertension. The lab integrates whole-exome sequencing, genomic profiling, and functional studies to identify disease-causing mutations and understand their pathophysiological impacts. Key research directions include the genomics of gliosarcoma and neuroblastoma, the role of growth factors like CTGF in vascular remodeling, and the genetic basis of myofibrillar myopathies and muscular dystrophies.
Professor Du-rae Lee's research lab specializes in environmental materials and advanced water treatment technologies, focusing on the development and application of functional materials for the removal of persistent pollutants such as PFAS, algae, and emerging contaminants. The lab investigates innovative processes including metal-organic frameworks (MOFs), advanced oxidation processes (AOPs), membrane filtration (e.g., MF–NF), and chromatographic analysis to address complex water quality challenges. Their work spans from fundamental material design to real-world applications in pilot-scale systems, emphasizing sustainability and public health. The lab also integrates social and hydrological perspectives to understand the broader impacts of water pollution in vulnerable communities.
Professor Jungsoo Kang's research lab specializes in symplectic topology and Hamiltonian dynamics, with a focus on holomorphic curve techniques and their applications to dynamical systems. The lab investigates global structures in contact and symplectic geometry, including invariant surfaces of section, leafwise intersection points, and closed Reeb orbits. A central theme is the extension of Rabinowitz Floer homology to coisotropic submanifolds, bridging Lagrangian intersection theory and periodic orbit problems. The lab also explores symmetric dynamics in reversible systems, particularly in planar and real-analytic settings.
Professor Yong-Je Lee's research lab focuses on metabolic and cardiovascular health, particularly in the context of aging, obesity, and chronic disease prevention. The lab investigates the role of nutritional supplements—such as coenzyme Q10 and Korean red ginseng—in improving metabolic parameters, reducing inflammation, and protecting against mitochondrial dysfunction. It also explores biomarkers of aging, including heart rate variability and arterial stiffness, with an emphasis on early detection and intervention in conditions like metabolic syndrome and frailty in older adults. The lab integrates clinical, molecular, and translational research to develop preventive and therapeutic strategies for age-related diseases.
Professor Da-hea Kim's research lab specializes in asset pricing, market microstructure, and investor sentiment, with a focus on how sentiment and informed trading in options and equity markets affect stock return predictability and risk-return trade-offs. The lab investigates the interplay between retail and institutional trading behavior, option market dynamics, and volatility risk premiums, using high-frequency and unique transaction-level data from emerging and developed markets. A key research direction involves analyzing the cross-sectional implications of options trading across strikes and maturities, particularly through the lens of implied volatility term structures and volatility smirk. The lab also explores how information asymmetry and market inefficiencies manifest in derivative markets and propagate to underlying equities.
Professor Hyung-doo Nam's research lab specializes in intellectual property law with a focus on copyright law, entertainment law, and the intersection of law with culture, technology, and human rights. The lab explores comparative legal frameworks—particularly between South Korea and the United States—on issues such as celebrity rights, digital media, and the protection of creators in evolving technological and social contexts. It also examines the legal challenges arising from North Korea’s copyright system and the rights of marginalized groups, including persons with disabilities, in accessing information under copyright regimes.
Professor Jae Yong Cho's research lab specializes in orthopedic and oncologic surgery, with a focus on improving long-term outcomes for musculoskeletal and gastrointestinal malignancies. The lab investigates arthroscopic surgical techniques for osteochondral lesions and shoulder instability, emphasizing prognostic factors and clinical efficacy. It also conducts clinical research on aggressive cancers such as anaplastic thyroid cancer and gastric cancer, aiming to develop evidence-based, multidisciplinary treatment guidelines tailored to the Korean population. The lab integrates clinical outcomes research with systematic evidence evaluation to enhance patient care and treatment protocols.
Professor Ipoom Jeong's research lab focuses on computer architecture and hardware-software co-design, with a strong emphasis on accelerating datacenter workloads through specialized hardware accelerators and advanced interconnect technologies. The lab explores innovations in CXL-based memory systems, on-chip accelerators like Intel's Data Streaming Accelerator, and novel processor microarchitectures such as SpecInO to improve performance and efficiency. Their work also investigates hardware security vulnerabilities, particularly Row Hammer-induced memory errors, and their implications for system reliability. The lab bridges cutting-edge hardware advancements with real-world deployment challenges in hyperscale computing environments.
Professor Jiye Baek's research lab focuses on understanding and enhancing information diversity, social engagement, and educational equity in digital environments. The lab investigates how social media platforms like Twitter influence political discourse and information exposure, particularly through the lens of echo chambers and content sharing. It also explores the role of forum dynamics and artificial intelligence in fostering participation and improving learning outcomes in massive open online courses (MOOCs). A central theme is leveraging technology to promote inclusive, responsive, and effective communication and knowledge sharing.
Professor Kyoungjae Lee's research lab specializes in high-dimensional Bayesian statistics, with a focus on graphical models, variable selection, and sparse precision matrix estimation. The lab develops novel nonparametric and hierarchical priors—such as the empirical sparse Cholesky, group spike and slab, and k-banded Cholesky priors—to enable consistent model selection and optimal posterior convergence rates in high-dimensional settings. Their work bridges theoretical rigor with practical applications in genomics, neuroimaging (e.g., fMRI for Parkinson’s disease), and other complex data problems. The lab emphasizes the development of scalable computational methods, including approximate MCMC algorithms, to support inference in large-scale models.
Professor Young Yul Lee's research lab specializes in hematologic malignancies and lymphoproliferative disorders, with a focus on rare and complex presentations of lymphomas, leukemias, and paraneoplastic syndromes. The lab investigates the pathogenesis, clinical associations, and prognostic markers of conditions such as peripheral T-cell lymphoma, eosinophilic fasciitis, extramedullary plasmacytoma, and post-transplant lymphoproliferative disorders. Key research directions include the role of angiogenic factors like VEGF-D and VEGFR-3 in gastric cancer progression and the clinical implications of overlapping inflammatory and lymphoproliferative syndromes such as Kawasaki disease with hemophagocytic lymphohistiocytosis.
Professor Seung-hoon Lee's research lab focuses on socio-technical systems, with a strong emphasis on the intersection of social behavior, digital technology, and public policy. The lab investigates how technological advancements—such as autonomous vehicles and online political participation—shape human well-being, social trust, and urban development. It also explores structural inequalities in housing markets and the role of public institutions in fostering social cohesion and equity. Through mixed-methods and longitudinal data analysis, the lab advances user-centered design and policy solutions grounded in empirical evidence.
Professor Mun Woo Lee's research lab focuses on sociolinguistics, critical language education, and identity formation in multilingual and multicultural contexts, particularly within South Korea. The lab investigates language ideologies, especially around English as a social and economic capital, among parents, teachers, and refugee students. Key research directions include the role of English in educational stratification, transnational identities among English educators, and the power dynamics of multilingual practices in neoliberal societies.
Professor Jin-A Kim's research lab specializes in neuroimaging and molecular oncology, focusing on the development and application of advanced MRI techniques—such as DCE-MRI and diffusion tensor imaging—for the non-invasive assessment and grading of brain tumors. The lab investigates metabolic and physiological biomarkers in gliomas and hepatocellular carcinoma, with particular emphasis on ferroptosis, mitochondrial dysfunction, and treatment resistance. By integrating functional imaging with molecular pathways, the lab aims to improve diagnostic accuracy and therapeutic strategies in neuro-oncology and liver cancer.
Professor Yeonseung Chung's research lab specializes in human performance, physical fitness, and sports science, with a strong focus on optimizing athletic development through data-driven approaches. The lab investigates the interplay between physical activity, psychological factors (such as self-acceptance and enjoyment), and performance outcomes in diverse populations, including adolescent athletes, people with disabilities, and university students. Using advanced statistical and machine learning techniques—particularly in feature importance analysis and structural equation modeling—the lab aims to identify key determinants of physical fitness, exercise adherence, and sports-related well-being.
