Explore research labs at leading universities worldwide — research fields and key papers at a glance.
Professor Bong-geun Lee's research lab specializes in orthopedic surgery and sports medicine, with a primary focus on shoulder and upper extremity disorders. The lab investigates national trends in orthopedic surgical procedures, particularly rotator cuff tears, distal radius fractures, and SLAP lesions, using large-scale nationwide health insurance databases. Research directions emphasize epidemiological trends, healthcare utilization patterns, and clinical outcomes across different age groups, genders, and hospital types. The lab also conducts prospective clinical studies to evaluate diagnostic features, treatment strategies, and long-term outcomes of conditions such as calcific tendinitis and massive rotator cuff tears.
Professor Hae-Sang Sun's research spans arithmetic geometry, number theory, and dynamical systems, with a focus on the interplay between L-functions, modular forms, and p-adic methods. His work explores critical values of L-functions, distribution of modular symbols, and the structure of Hecke fields, particularly in relation to cyclotomic extensions and special values. He also investigates distance sets over finite fields and non-Archimedean analogues of Iwasawa theory, contributing to deeper understanding of transcendence and linear independence in arithmetic settings. His recent work applies thermodynamical formalism and spectral theory to number-theoretic problems, unifying dynamical and arithmetic perspectives.
Professor Oh-Young Kwon's research lab specializes in ancient maritime trade networks, with a focus on the provenance, distribution, and cultural exchange of ancient glass beads and other material culture across East and Southeast Asia. The lab investigates long-distance connections between the Korean Peninsula, China, India, and Southeast Asian maritime states, particularly through high-precision archaeological and geochemical analysis of artifacts. Key research directions include the study of ancient trade routes—especially the 'Marine Silk Road'—and the role of regional polities such as the Funan kingdom and Langkasuka in facilitating trans-Asian exchange. The lab also explores the origins and development of early states in the Korean peninsula, emphasizing material culture as a lens to understand political and social formation.
Professor Hyeonjoong Kim's research lab specializes in data mining, machine learning, and ensemble classification methods with a focus on improving predictive accuracy through advanced algorithmic integration. The lab investigates weighted ensemble techniques such as WAVE and boosting-based tree models, emphasizing adaptive weighting of classifiers and instances to enhance performance on difficult-to-classify data. Additionally, the lab applies these methods to real-world domains such as national defense media analysis, energy efficiency in residential buildings, and automated text processing for policy-relevant documents.
Professor Jin-soo Choi's research lab specializes in administrative law, constitutional law, and public policy, with a strong focus on judicial review mechanisms, constitutional review systems, and the protection of fundamental rights in administrative decision-making. The lab explores the institutional design of administrative adjudication, including the role of administrative tribunals and the constitutional validity of regulatory frameworks such as betterment taxation and environmental taxation. It also investigates the evolving relationship between administrative procedures and the rule of law, particularly in the context of constitutional review and fairness in public governance.
Professor Je-Hee Jeon's research lab specializes in advanced retinal and renal disease modeling using cutting-edge in vivo imaging techniques, with a focus on understanding the dynamic pathophysiology of microvascular and immune responses in diseases such as uveitis, chronic kidney disease, and retinal ischemia. The lab employs multimodal imaging approaches—including two-photon intravital microscopy, OCT angiography, and in vivo confocal imaging—to visualize cellular and vascular changes in real time, enabling longitudinal analysis of disease progression. A key research direction involves investigating microglial heterogeneity and vascular permeability in retinal disorders, as well as developing targeted imaging probes for early detection of pathological neovascularization in age-related macular degeneration.
Professor Soo-Jin Kang's research focuses on criminal law, particularly the interpretation and application of white-collar crimes such as embezzlement (backed by the 'trust' or 'fiduciary duty' doctrine), the limits of investigative powers in digital and administrative contexts, and the constitutional protection of due process rights. His work critically examines the boundaries of criminal liability in property transactions—especially in real estate double sales—and evaluates the admissibility of evidence obtained through administrative or digital searches, especially when such evidence is collected without proper notice or oversight. He also analyzes comparative legal frameworks, particularly U.S. criminal procedure, to inform constitutional and procedural reforms in South Korea’s criminal justice system.
Professor Jieun Song's research lab specializes in health psychology, behavioral health, and educational psychology, with a strong focus on mental well-being across the lifespan. The lab investigates psychological factors influencing health outcomes, including anger regulation, career decision-making in young women, and self-management in chronic illness survivors. It also explores innovative educational approaches, such as applying multiple intelligence theory to practical arts education, and develops digital health interventions for preventive and personalized care.
Professor Hoyoung Bae's research lab specializes in urological oncology and minimally invasive surgical techniques, with a strong focus on robotic and laparoscopic surgery for genitourinary cancers and renal diseases. The lab investigates clinical outcomes, biomarkers, and surgical innovations—particularly in prostate cancer, upper tract urothelial carcinoma, and partial nephrectomy—using advanced imaging, inflammatory markers, and robotic platforms like the da Vinci Single-Port system. Research also emphasizes patient-reported outcomes, such as post-prostatectomy incontinence, and long-term oncological and functional results in urological surgery.
Professor In-seok Lee's research lab specializes in computational systems biology and functional genomics, focusing on constructing and applying gene co-functional networks to decipher complex biological processes in humans, animals, and microbes. The lab develops advanced bioinformatics methods—such as network-based gene set enrichment analysis (NGSEA) and genome-scale functional networks like XooNet—to uncover gene interactions underlying disease mechanisms, virulence in pathogens, and phenotypic traits. By integrating multi-omics data and leveraging genomic context from both assembled genomes and metagenomic contigs, the lab advances systems-level understanding of gene function and regulatory circuits. Their work bridges computational modeling with biological discovery, particularly in human disease research and plant-pathogen interactions.
Professor Kyung-Jin Lee's research lab focuses on women's health, particularly the impact of hormone replacement therapy (HRT) on cancer outcomes and survival in postmenopausal and ovarian cancer patients. The lab also investigates aging-related health issues, including systemic diseases and medication use in older adults undergoing dental implant treatment. Additionally, the lab explores educational policies and practices, especially Chinese language education in Korean schools, examining curriculum structures and teacher demographics. The research integrates epidemiological data, clinical outcomes, and health policy analysis to address public health challenges in aging populations and health disparities in medical and educational settings.
Professor Jeonghun Park's research lab specializes in polymer science and materials engineering, focusing on the development and characterization of polymer blends with enhanced mechanical and functional properties through compatibilization techniques. The lab investigates both physical and reactive compatibilizers—such as PP-g-SAN, E-GMA, and E-EA-MAH-g-SAN—to improve interfacial adhesion in multi-component polymer systems. Additionally, the lab explores bioactive materials derived from microbial sources, particularly immunomodulatory beta-glucans from engineered yeast strains, for high-value functional health applications. The lab also engages in legal and forensic science research, particularly on the admissibility of polygraph testing in criminal proceedings and regulatory frameworks for capital market integrity.
Professor Hun-Kuk Kang's research lab specializes in Korean modern literature, with a primary focus on the theoretical and methodological foundations of literary creation in early 20th-century Korean authors. The lab explores key concepts such as narrative technique, authorial control, and the interplay between self-representation and ideological expression, particularly through the lens of 'puppeteering' (inhyeongjojungsul) as a central literary method. It also investigates the evolution of themes like love, enlightenment, humanism, and the self in works by major figures such as Kim Dong-in, Yi Kwang-su, and Oh Young-soo, emphasizing the tension between personal desire and social or moral ideals.
Professor Jaehak Lee's research lab specializes in digital behavior and innovation in technology-driven industries, with a strong focus on online and social gaming, green ventures, and cross-cultural organizational dynamics. The lab investigates user behavior in digital environments, including satisfaction and engagement in social games, the evolution of online gaming ecosystems, and the challenges faced by green startups in marketing and growth. Additionally, the lab explores leadership and human resource systems in multinational corporate settings, particularly in cross-cultural contexts such as Korean firms operating in Mexico. These research directions are grounded in structural equation modeling and comparative analysis, aiming to provide actionable insights for industry and policy.
Professor Min-Ho Song's research lab specializes in soft matter physics and biophysical chemistry, focusing on the interfacial behavior of biomolecules and synthetic capsules under complex flow conditions. The lab investigates the structural dynamics of membrane-associated proteins, such as SecA, and their interactions with lipid bilayers, as well as the mechanical stability and deformation of protein-based capsules in high-shear environments. Additionally, the lab explores active transport mechanisms driven by bubble dynamics and elastic structures, inspired by biological motility, to understand and engineer efficient fluid transport and propulsion systems.
Professor So-hye Hyeon's research lab focuses on constitutional law, family law, and children's rights, with a particular emphasis on protecting familial relationships, ensuring intergenerational equity in inheritance, and strengthening legal safeguards for vulnerable groups such as children and dependents. The lab explores the constitutional foundations of forced heirship, the reform of marital property systems, and the institutionalization of children's rights through legislative and judicial mechanisms. It also examines international human rights standards, especially the UN Convention on the Rights of the Child, and their domestic implementation.
Professor Woon-Yong Jeong's research lab specializes in polymer science and materials engineering, with a focus on the self-assembly behavior of block copolymers, particularly in nanostructured materials such as hexagonally packed cylinders and body-centered cubic phases. The lab employs advanced characterization techniques like synchrotron small-angle X-ray scattering (SAXS) and rheo-optical methods to investigate the hierarchical organization and mechanical properties of these materials. Recent work also extends into functional wearable sensors, emphasizing the development of fibrillar string-based sensors for physiological and mechanical sensing through innovative spinning techniques and conductive material integration. The lab bridges fundamental soft matter physics with applied materials design for biomedical and wearable technology applications.
Professor Guneun Yang's research lab specializes in surgical innovation and clinical outcomes in hepatobiliary and vascular surgery, with a strong focus on minimally invasive techniques in living donor liver transplantation and endovenous interventions. The lab investigates the safety, feasibility, and long-term outcomes of novel surgical approaches, such as mini-incision hepatectomy and radiofrequency ablation, while also addressing complications like anastomotic leakage and heat-induced thrombosis. Research extends to optimizing surgical planning through advanced imaging and predictive modeling, including liver volume estimation and tumor characterization in rare liver lesions. The lab emphasizes evidence-based antibiotic use and surgical safety in complex abdominal procedures.
Professor Woon-Jung Lim's research lab focuses on the intersection of mental health, physical health, and chronic disease, with a strong emphasis on anxiety, depression, and psychological distress in clinical and community populations. The lab investigates the impact of lifestyle factors—such as physical activity, obesity, and trauma—on mental health outcomes, particularly in aging adults, cancer patients, and individuals with psychiatric disorders. A key research direction involves identifying modifiable risk factors and early markers for mental health deterioration, including the role of pre-psychotic and untreated phases in schizophrenia. The lab also emphasizes the integration of psychological assessment into routine healthcare to improve early intervention and long-term outcomes.
Professor Eun Ah Jo's research lab focuses on advancing clinical outcomes in vascular and renal diseases through innovative medical device applications, artificial intelligence in medical imaging, and precision monitoring of post-transplantation metabolic and immune responses. The lab specializes in endovascular interventions for aortic aneurysms, leveraging next-generation stent grafts to improve procedural efficiency and patient safety. It also conducts cutting-edge research in post-transplant diabetes mellitus using continuous glucose monitoring and AI-driven kidney volume analysis to predict long-term graft outcomes. Additionally, the lab explores machine learning applications in ophthalmology and immunological responses to SARS-CoV-2 vaccination in vulnerable populations such as transplant recipients.
