ソウル大学、KAIST、延世大学など韓国QSトップ10大学の研究室情報です。
Professor Seung Joo Kang's research lab focuses on the genetic and molecular mechanisms underlying chronic diseases, particularly in diverse populations. The lab investigates the role of genetic variants, including SNPs and CNVs, in anthropometric traits and cardiovascular disease risk, with a strong emphasis on underrepresented populations such as African-derived groups. Additionally, the lab explores the protective effects of endogenous molecules like bilirubin in atherosclerosis and examines the impact of infections—such as *Helicobacter pylori*—on metabolic and gastrointestinal disorders, including functional dyspepsia and nonalcoholic fatty liver disease. The research integrates epidemiological, clinical, and translational approaches to identify novel biomarkers and therapeutic targets.
Professor Byung Chul Lee's research lab specializes in the development of radiolabeling techniques and radiotracers for molecular imaging, particularly in positron emission tomography (PET). The lab focuses on fluorine-18 and technetium-99m based radiotracers for targeting biomarkers such as the translocator protein (TSPO) in inflammatory and cardiac diseases. Key research directions include novel radiofluorination methods, selective defluoroborylation for tracer synthesis, and the evaluation of radiotracer performance in preclinical models of myocarditis and neuroinflammation. The lab also emphasizes practical, scalable, and automated synthesis methods for clinical translation.
Professor Seung-Jae Han's research lab specializes in dependable and real-time communication systems, with a focus on fault-tolerant networking, guaranteed recovery mechanisms in multihop networks, and resilient real-time channel restoration. The lab develops innovative protocols and software tools—such as the DOCTOR fault-injection environment—to evaluate system dependability and performance under various fault conditions. Research also extends to positioning systems using LTE signals, particularly leveraging received signal strength for distance estimation in GPS-denied environments. The lab emphasizes practical, integrated solutions that balance low overhead with strong reliability and timeliness guarantees in critical applications.
Professor Jae-hong Ryu's research lab specializes in epidemiological and clinical studies focusing on the interplay between metabolic disorders and chronic diseases. The lab investigates the prospective associations between non-alcoholic fatty liver disease (NAFLD), serum uric acid levels, metabolic syndrome, and the development of diabetes, hypertension, and chronic kidney disease in Korean male populations. Using large-scale prospective cohort studies, the lab aims to identify early metabolic risk markers and understand the bidirectional relationships between liver fat accumulation, systemic metabolism, and organ-specific diseases. Their work contributes to preventive medicine by highlighting modifiable risk factors in metabolic health.
Professor Mahn-Soo Choi's research lab specializes in theoretical and computational physics, with a strong focus on quantum transport phenomena in low-dimensional nanosystems and power system engineering. The lab investigates many-body quantum effects such as the Kondo effect in quantum dots, spin-polarized transport, and superconducting coupling in double quantum dot systems, employing advanced numerical methods like the numerical renormalization group. In parallel, the lab develops intelligent fault location and restoration algorithms for modern distribution networks, addressing challenges in unbalanced systems and multiple fault scenarios. These dual research directions reflect a unique integration of quantum physics and practical power system applications.
Professor Wonjoon Kim's research lab specializes in innovation strategy, technological change, and industry dynamics within high-technology and digital ecosystems. The lab investigates the interplay between technology-push and demand-pull forces in innovation, the role of knowledge networks in mobile and semiconductor industries, and the behavioral aspects of entrepreneurship—particularly the risk profiles of social versus commercial entrepreneurs. It also explores how online reviews influence consumer decision-making and search behavior, using experimental and empirical methods grounded in industrial organization and innovation economics.
Professor Sung Min Park's research lab specializes in public administration and public management, with a primary focus on public service motivation, organizational commitment, and ethical leadership in the public and nonprofit sectors. The lab investigates how intrinsic motivations, transformational leadership, and organizational culture influence employee attitudes such as job satisfaction, turnover intentions, and whistle-blowing behavior. Using large-scale survey data and advanced quantitative methods like structural equation modeling and confirmatory factor analysis, the lab explores the interplay between individual motivations, leadership styles, and organizational outcomes in federal, state, and Korean public agencies.
Professor Yongsoo Yang's research lab specializes in the atomic-scale characterization and engineering of functional nanomaterials, with a focus on understanding and manipulating strain, surface structure, and electronic properties at the nanoscale. The lab pioneers advanced electron microscopy techniques—particularly atomic electron tomography combined with deep learning—to achieve 3D atomic-resolution imaging of complex nanostructures, including core-shell nanoparticles, nanodumbbells, and ferroelectric films. Their work bridges fundamental materials science with applications in energy conversion and nanoelectronics, such as CO2 reduction catalysis and ferroelectric skyrmions. The lab is at the forefront of visualizing dynamic processes like interface coalescence, surface reconstruction, and phase transitions with unprecedented precision.
Professor Hye-young Choi's research lab specializes in medical imaging and molecular mechanisms underlying breast diseases and osteoarthritis. The lab focuses on advancing diagnostic techniques in breast imaging—particularly ultrasound and Doppler sonography—while investigating molecular pathways involved in cartilage degradation and inflammation. Key research directions include improving the accuracy of breast lesion characterization using elastography and Doppler signals, and exploring protein interactions that may influence disease progression in osteoarthritis and breast pathology.
Professor Ju Seok Ryu's research lab specializes in neuromusculoskeletal rehabilitation, with a primary focus on spinal disorders, neuromuscular control, and dysphagia. The lab investigates individualized exercise interventions for chronic low back pain, utilizing surface electromyography and advanced manometric techniques to assess muscle activity and function. It also explores objective, non-invasive tools—such as voice analysis and high-resolution impedance manometry—for early detection and management of swallowing and movement disorders.
Professor Hyunchul Sohn's research lab specializes in advanced functional materials and devices for next-generation electronic systems, with a primary focus on chalcogenide-based threshold switching materials for cross-point memory applications. The lab investigates the fundamental mechanisms of Ovonic threshold switching (OTS) in amorphous and polycrystalline chalcogenide semiconductors such as ZnTe, GeTeₓ, Ga₂Te₃, and AsₓTe₁₋ₓ, emphasizing their electrical properties, defect engineering, and device reliability. The research also extends to innovative device architectures, including 1D1R stacked structures and semi-active suspension systems, demonstrating a multidisciplinary approach combining materials science, device physics, and control engineering. The lab's work aims to enable high-density, low-power, and scalable memory and computing technologies.
Professor Ilha Hwang's research lab specializes in supramolecular chemistry and functional nanomaterials, focusing on the design and synthesis of stimuli-responsive systems using cucurbiturils and charge-transfer interactions. Key research directions include the development of redox- and stimuli-responsive molecular machines, covalent and noncovalent self-assembly of 2D polymers and nanostructures, and the creation of smart materials such as hydrogels and biosensors. The lab pioneers innovative strategies for protein immobilization and molecular sensing using high-affinity host-guest systems.
Professor Jehyung Kim's research lab specializes in integrated quantum photonics, focusing on the deterministic integration of solid-state quantum emitters—such as InAs/InP quantum dots and transition metal dichalcogenide monolayers—into photonic integrated circuits. The lab pioneers hybrid integration techniques, including pick-and-place assembly, to achieve high-efficiency, phase-stable, and scalable quantum photonic devices. Key research directions include on-chip control of single-photon sources with precise spatial and spectral tuning, photon-mediated quantum interactions between multiple emitters, and the development of telecom-wavelength single-photon sources for long-distance quantum communication.
Professor Hye Seong Ahn's research lab specializes in gastrointestinal oncology, with a primary focus on gastric cancer management, staging accuracy, and treatment optimization. The lab conducts multidisciplinary research integrating clinical oncology, surgical oncology, radiology, and pathology to improve preoperative staging, survival prediction, and evidence-based treatment guidelines. Key research directions include the evaluation of TNM and Japanese classification systems, the impact of imaging modalities (such as EUS and S-CT) on T and N staging, and the role of lymph node ratio in prognosis assessment.
Professor Jae Young Hong's research lab specializes in epidemiological and clinical studies focusing on musculoskeletal health, particularly osteoporosis, osteoarthritis, and spinal deformities such as scoliosis and pectus excavatum. The lab investigates the long-term effects of medical radiation exposure on cancer risk, explores the impact of lifestyle factors like alcohol consumption on bone mineral density, and examines the comorbid relationships between chronic conditions such as ankylosing spondylitis and mental health outcomes like depression. The research emphasizes population-based data from national health surveys and insurance databases to inform clinical decision-making and public health policy.
Professor Kyung Mi Lee's research lab focuses on health promotion, physical activity, and behavioral interventions across diverse populations, with a strong emphasis on chronic disease management, cancer survivorship, and psychosocial factors influencing health behaviors. The lab investigates the impact of exercise interventions, leadership, and psychological factors on physical fitness, quality of life, and mental well-being in individuals with diabetes, cancer survivors, and school-aged children. Key research directions include developing and validating physical activity assessment tools, examining the role of motivation and leadership in exercise adherence, and exploring the psychological mechanisms underlying relational aggression and health-related behaviors.
Professor Jisung Kang's research lab focuses on population health analytics, with a strong emphasis on global health metrics, disease burden, and the long-term impacts of infectious diseases such as COVID-19. The lab conducts large-scale, population-based cohort studies to investigate the epidemiological consequences of conditions like post-acute COVID-19, prenatal opioid exposure, and circadian rhythm disruptions through time-restricted eating. A central theme is the integration of real-world health data to inform public health policy and understand the biological and behavioral determinants of chronic disease and neuropsychiatric outcomes. The lab also explores the molecular mechanisms linking micronutrients—such as vitamin D—to neurodegenerative diseases like Alzheimer’s.
Professor Jae-Guk Cha's research lab specializes in oral implantology and regenerative dentistry, focusing on peri-implantitis management, alveolar ridge preservation, and bone regeneration techniques. The lab investigates clinical and biological outcomes of various therapeutic approaches, including local antimicrobial delivery (e.g., minocycline), mechanical debridement, and growth factor applications (e.g., BMP-2) in improving implant outcomes. Key research directions include optimizing surgical and nonsurgical treatments for peri-implantitis, enhancing bone regeneration through biomaterial carriers, and evaluating the role of surgical techniques such as intentional cortical perforation in improving graft integration. The lab combines clinical trials, in vitro studies, and animal models to advance evidence-based strategies in implant dentistry and tissue engineering.
Professor Yang-Gi Jo's research lab specializes in physical oceanography and coastal ocean dynamics, focusing on regional ocean circulation, mesoscale eddies, and the transport of water masses in the Northwest Pacific marginal seas. The lab investigates the mechanisms driving ocean currents such as the East Korean Warm Current and the Yellow Sea Warm Current, with particular attention to the role of topography, tides, and atmospheric forcing in shaping circulation patterns. Using high-resolution ocean models and observational data, the lab examines climate variability, sea-level change, and biogeochemical processes like nutrient ratios in coastal and shelf seas.
Professor Won Chang's research spans interdisciplinary areas at the intersection of economics, materials science, and biomedical imaging. His lab investigates the economic impacts of regional trade agreements using game-theoretic models and empirical trade data, while also exploring quantum phenomena in low-dimensional semiconductor nanostructures through advanced spectroscopic techniques. Additionally, the lab contributes to medical imaging innovation, particularly in optimizing MRI-based elastography for non-invasive liver fibrosis assessment. The work integrates quantitative modeling, experimental physics, and clinical applications to address challenges in global trade, quantum materials, and precision medicine.
