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 Young Soo Jeon's research lab specializes in orthopedic surgery and trauma management, with a strong focus on complex joint disorders, particularly in patients with hemophilia. The lab investigates innovative, less invasive surgical techniques and implant systems—such as cementless total hip arthroplasty and the Accolade TMZF femoral stem—to improve long-term outcomes in patients with severe arthropathy. Additionally, the lab explores advanced interventional radiology methods like radiosynoviorthesis using targeted radioisotopes (e.g., Holmium-166-chitosan complex) for managing joint disease in coagulopathic patients. The research also extends to rare post-traumatic conditions, such as calcific myonecrosis and internal snapping hip syndrome due to bony abnormalities, emphasizing early diagnosis and surgical intervention.
Professor Jeong-Won Lee's research lab focuses on pediatric health and clinical epidemiology, with a strong emphasis on early-life determinants of childhood obesity, the pathogenesis of immune-mediated diseases such as Henoch-Schönlein purpura, and post-surgical complications in neurosurgical patients. The lab investigates biomarkers like the delta neutrophil index in pediatric infections and explores rare bone disorders, including fibrous dysplasia with aneurysmal bone cysts. Using large-scale national health databases and clinical cohort studies, the lab aims to identify predictive factors and improve diagnostic accuracy in pediatric and neurosurgical populations.
Professor Minkyung Han's research lab specializes in population-based epidemiology and health services research, with a focus on inflammatory bowel diseases (IBD), rheumatoid arthritis (RA), and occupational health in the Korean population. The lab conducts large-scale, nationwide cohort studies using national health insurance claims data to investigate disease burden, treatment patterns, and health disparities. Key research directions include cancer risk in IBD patients, the use of complementary and alternative medicine in RA, regional variations in medication prescribing for IBD, and comparative effectiveness of biologic therapies in ulcerative colitis. The lab emphasizes real-world evidence to inform clinical practice and health policy in Asian populations.
Professor Wonhyuk Cho's research lab focuses on public administration, organizational innovation, and digital governance in the public sector. The lab explores the implementation and impact of data-driven decision-making, such as HR analytics and smart government initiatives, particularly in contexts of bureaucratic reform and institutional change. It also investigates workplace dynamics under stress, including the effects of crises like the pandemic, and the role of citizen engagement through social media and coproduction. A central theme is understanding how organizational structures, autonomy, and technological adoption influence government performance and public service delivery.
Professor Lee Yongsung's research lab specializes in urological surgery and regenerative medicine, focusing on innovative surgical techniques for complex urological conditions such as ectopic ureteroceles and horseshoe kidney tumors. The lab also explores cutting-edge regenerative approaches using exosomes and ultrasound-mediated reprogramming to convert fibroblasts into neural progenitor cells. Additionally, the lab investigates pediatric urology, including renal function assessment via ultrasonography and the impact of orofacial disorders on oral health-related quality of life.
Professor Hoh Oh's research lab specializes in embedded systems design, with a focus on high-level synthesis, memory optimization, and system-on-chip (SoC) architecture for multimedia and real-time applications. The lab develops advanced cosynthesis techniques that integrate hardware-software co-design, dataflow modeling, and memory-aware scheduling to minimize resource usage while meeting real-time constraints. Key research directions include fractional rate dataflow modeling, buffer sharing, and single-appearance scheduling to reduce memory footprint and improve code efficiency in embedded systems.
Professor Jeong Gi-heon's research lab focuses on the intersection of dermatology, molecular biology, and endocrinology, with a strong emphasis on understanding the pathophysiology of skin disorders and hormonal regulation. Key research directions include the role of oxidative stress and genetic factors in vitiligo, the molecular mechanisms underlying osteoma cutis and related syndromes such as pseudohypoparathyroidism, and the neuroendocrine regulation of pituitary hormone secretion, particularly in stress responses. The lab employs advanced imaging and molecular techniques, including atomic force microscopy and genetic association studies, to explore structural and functional alterations in human tissues.
Professor Ei-Yeong Bae's research lab specializes in structural and computational biology, focusing on protein dynamics, thermal adaptation, and enzyme engineering. The lab investigates how protein structure, flexibility, and electrostatic interactions govern function and stability across different temperature environments, using adenylate kinase as a model system. They also explore microbial immune systems, particularly CRISPR-Cas mechanisms and anti-CRISPR proteins, to understand host-pathogen molecular interactions. Their work integrates X-ray crystallography, molecular dynamics simulations, and bioinformatic design to engineer more stable and functional proteins.
Professor Yoon, Jung Ki's research lab specializes in genomic technologies and molecular mechanisms underlying human disease, with a focus on next-generation sequencing applications, RNA editing, and genome editing. The lab develops innovative molecular tools—such as advanced target enrichment methods and engineered prime editors—to expand the precision and scope of genetic analysis and manipulation. Their work spans functional genomics, cancer evolution, and infectious disease transmission, leveraging high-throughput sequencing to uncover genetic variation and pathogen dynamics in clinical and environmental contexts. The lab integrates bioinformatics with experimental validation to address fundamental biological questions and translate findings into clinical insights.
Professor In-Song Ko's research lab specializes in computational and systems biology, focusing on the integration of genomics, bioinformatics, and neuroimaging to understand biological systems at molecular and systems levels. Key research directions include predicting post-translational modifications such as protein phosphorylation using machine learning, characterizing population-specific genetic variation through high-coverage whole-genome sequencing (e.g., the Korean Variome), and investigating microbial genomics and neurobiological mechanisms in neurological disorders like juvenile myoclonic epilepsy. The lab combines advanced sequencing technologies with multi-omics and neuroimaging approaches to uncover genetic and structural underpinnings of complex diseases and microbial adaptation.
Professor Hyun Pyo Hong's research lab specializes in the development of advanced functional materials and biomedical devices, with a strong focus on nanomaterial-based sensors and interventional radiology techniques. The lab pioneers the application of plasma-activated carbon nanotubes in high-performance capacitive humidity sensors, emphasizing rapid response and enhanced sensitivity through nanostructured electrode design. In parallel, the lab conducts clinically oriented interventional radiology research, particularly in image-guided ablation and embolization procedures for cancer-related complications such as intractable hemorrhage and lung tumors. The integration of materials science with clinical interventional solutions defines the lab’s multidisciplinary approach.
Professor Yoon Jeong-Ho's research lab specializes in advanced numerical analysis and machine learning for signal and image processing. The lab focuses on developing mathematical theories for radial basis function approximation, particularly error estimation and convergence analysis for smooth functions in Sobolev spaces. It also pioneers variational and deep learning-based methods for image reconstruction tasks such as demosaicing and denoising, with an emphasis on data-efficient and lightweight models suitable for edge devices. The lab bridges theoretical analysis with practical applications in computer vision and imaging science.
Professor Yoo Suk Hong's research lab specializes in sustainable product design and manufacturing, with a strong focus on end-of-life (EoL) management, disassembly planning, and remanufacturing. The lab investigates eco-friendly product architectures, tolerance analysis in precision manufacturing, and decision-making frameworks for recycling and reuse. It also explores system-level design for change propagation and modular product development to enhance design robustness and sustainability. The research integrates advanced modeling techniques such as the Analytic Network Process (ANP) and adaptive load balancing for industrial applications.
Professor Dongwook Kim's research lab specializes in advanced materials and electronic systems, with a focus on energy harvesting technologies such as triboelectric nanogenerators (TENGs), stretchable and flexible electronics, and optoelectronic materials for blue light emission. The lab integrates computational methods like density functional theory with experimental material design to optimize electronic properties and device performance. It also explores sustainable innovation in technology applications, including smart tourism and sustainable supply chains, through data-driven text and network analysis. The lab's interdisciplinary approach bridges materials science, device engineering, and sustainability science.
Professor Saerom Park's research lab specializes in privacy-preserving machine learning, with a focus on developing secure and fair algorithms using homomorphic encryption and confidential computing. The lab investigates secure training and inference for machine learning models, particularly support vector machines, while protecting sensitive data and model integrity. Another key direction involves fairness-aware machine learning and auditing frameworks that ensure non-discrimination without compromising data privacy. The lab also explores practical applications in finance and environmental science, integrating machine learning with real-world data challenges such as market impact prediction and pore-scale environmental modeling.
Professor Sung-yeon Song's research lab specializes in advanced breast imaging, focusing on optimizing MRI techniques—particularly diffusion-weighted imaging, perfusion modeling, and computer-aided detection—for improved diagnosis and preoperative prediction in breast cancer. The lab investigates multiparametric and radiomic features from MRI to enhance the accuracy of assessing tumor burden, lymph node involvement, and metastatic risk, especially in aggressive subtypes like triple-negative and HER2-positive breast cancer. Key research directions include the development and validation of quantitative imaging biomarkers using 3T MRI, IVIM-DWI, and DCE-MRI to support personalized treatment planning and reduce diagnostic uncertainty. The lab also emphasizes clinical translation by integrating radiological findings with pathological outcomes to improve early detection and prognostic modeling.
Professor Myung-Jae Lee's research lab specializes in advanced silicon-based photodetectors and single-photon sensing technologies, with a strong focus on CMOS-compatible avalanche photodetectors (APDs) and single-photon avalanche diodes (SPADs). The lab pioneers innovations in back-illuminated, three-dimensional stacked, and silicon-on-insulator (SOI) SPAD architectures to enhance photon detection efficiency, reduce dark count rates, and improve timing jitter for applications in LiDAR, biomedical imaging, and quantum technologies. Their work integrates process optimization, device simulation, and advanced packaging techniques to push the performance limits of standard CMOS technology for single-photon detection.
Professor Youn Joung Cho's research spans biomedical engineering and literary studies, with a dual focus on clinical anesthesia and cardioprotection mechanisms, particularly remote ischemic preconditioning (RIPC) under various anesthetic and pharmacological conditions. The lab investigates the interplay between anesthetics, beta-blockers, and RIPC efficacy in cardiac surgery, as well as oxygenation dynamics during one-lung ventilation in thoracic surgery. In parallel, the professor explores gender, ideology, and literary discourse in 20th-century Korean literature, especially through the lens of feminist critique, literary periodicals like 'Woori-ui Munhak Dongne,' and the poetics of translation in poets such as Kim Soo-young. This interdisciplinary approach bridges clinical physiology with cultural and literary analysis.
Professor Seung Hun Han's research lab specializes in corporate finance, corporate governance, and asset pricing, with a strong focus on how information asymmetry, corporate social responsibility, and ownership structures influence capital markets and investor behavior. The lab investigates the role of credit ratings, earnings management, stock repurchases, and religious influences on investment decisions, often using unique Korean and U.S. institutional data to uncover market inefficiencies and governance effects. A recurring theme is the interplay between corporate transparency, agency costs, and market reactions, particularly in emerging and developed equity markets.
Professor Sang-Sol Lee's research lab specializes in advanced materials characterization, with a strong focus on nanostructured materials and their applications in energy storage and spintronics. The lab employs synchrotron radiation-based techniques—such as X-ray absorption spectroscopy, X-ray diffraction, and soft X-ray spectroscopy—to investigate the electronic and structural properties of cathode materials in lithium-ion batteries and magnetic oxides. Research also extends to the synthesis and property analysis of functional nanomaterials, including cobalt ferrite and magnesium oxide nanostructures, with tailored morphologies for applications in environmental remediation and spintronics. The lab emphasizes the development of innovative characterization methodologies to support next-generation energy and electronic materials.
