Research labs at Korea's QS Top 10 universities including SNU, KAIST, and Yonsei.
Professor Hwan-Hee Cho's research lab specializes in the design and development of advanced organic semiconductors for next-generation optoelectronic devices, with a primary focus on organic light-emitting diodes (OLEDs). The lab explores novel molecular architectures—particularly hyperfluorescent emitters, organic radicals, and TADF hosts—that enable high-efficiency, narrowband, and near-infrared emission by manipulating exciton dynamics, vibrational coupling, and charge transport. Key research directions include suppressing non-radiative decay pathways, engineering exciton-vibration decoupling, and achieving high external quantum efficiency through innovative host-guest and molecular encapsulation strategies. The work bridges synthetic chemistry, photophysics, and device engineering to address fundamental challenges in efficiency, stability, and color purity for OLEDs and related technologies.
Professor Ui-jin Shin's research lab specializes in developmental and clinical psychology, with a primary focus on early childhood mental health, parent-child relationships, and behavioral and emotional development in children and adolescents. The lab investigates critical issues such as childhood behavioral problems, online gaming addiction, allergic diseases and psychological comorbidities, fertility intentions among young women, and the developmental impacts of excessive screen media exposure in infants. The research integrates psychometric tool development, longitudinal and community-based surveys, and preventive intervention programs to promote healthy child development and parental well-being.
Professor Suk Kang's research lab specializes in diagnostic and interventional musculoskeletal ultrasound, focusing on the ultrasound evaluation and image-guided treatment of peripheral nerve entrapment syndromes and spinal disorders. The lab investigates the role of high-resolution ultrasonography in diagnosing and grading conditions such as carpal tunnel syndrome, ulnar neuropathy, and lumbar disc herniation, while also exploring novel percutaneous interventions like navigable disc decompression. A key emphasis is placed on improving the accuracy and efficacy of ultrasound-guided procedures, including nerve blocks and nerve conduction studies, through anatomical mapping and real-time imaging guidance.
Professor Kyung Jin Park's research lab specializes in medical genetics and newborn screening, focusing on the molecular diagnosis and population genetics of inherited metabolic diseases and congenital hypothyroidism in the Korean population. The lab investigates disease-causing gene mutations, particularly in genes related to thyroid hormone synthesis and metabolic disorders, using next-generation sequencing and population-based genetic screening. They also explore pharmacogenomic factors influencing drug response, such as clopidogrel metabolism and antiepileptic drug interactions. Their work bridges clinical genetics with public health by improving the accuracy and utility of newborn screening programs through multigene panel testing and integrated genetic models.
Professor Jungshin Kang's research lab specializes in sustainable materials processing and extractive metallurgy, focusing on the development of innovative, environmentally friendly processes for the recovery and production of high-purity metals and critical materials. The lab primarily investigates electrolytic and chlorination-based technologies to extract magnesium, titanium, and transition metals from secondary and low-grade resources such as ilmenite, magnesite, slag, and spent catalysts. Key research directions include molten salt electrolysis for magnesium production, selective chlorination for iron removal from titanium ores, and hydrometallurgical recycling of industrial waste streams.
Professor Sang-Chan Park's research lab specializes in institutional and organizational sociology, with a focus on how professional norms, regulatory decision-making, and institutional structures shape organizational behavior and market dynamics. The lab investigates the interplay between formal institutions and real-world implementation, particularly in higher education, regulatory agencies, and scientific communities. Key research directions include institutional legitimacy, professional identity formation, and the role of third-party actors in influencing regulatory and reputational outcomes. The lab also explores how social evaluations, status, and external threats affect organizational behavior and collective action in emerging markets and professions.
Professor Seulbae Kim's research lab specializes in ensuring the reliability, security, and correctness of complex software-intensive systems, with a strong focus on systems software, embedded systems, and cyber-physical systems. The lab investigates automated testing and vulnerability discovery techniques—particularly through protocol-aware fuzzing and symbolic execution—to detect deep-seated bugs in file systems, open-source software, autonomous driving systems, and IoT devices. A key research direction involves identifying semantic correctness bugs that arise from the interaction between software logic and physical constraints in robotics and smart home systems. The lab also pioneers scalable, unified approaches to system-level verification that bridge the gap between traditional testing and formal analysis.
Professor Byungchul Choi's research lab specializes in innovation management, digital transformation, and strategic technology governance. The lab explores how firms navigate digital disruption through industry convergence, organizational governance mechanisms like debt and equity, and strategic human resource practices that foster breakthrough innovation. It also investigates the role of platform leaders in business ecosystems, the security of embedded systems and firmware, and the dynamic interplay between technological capability, institutional quality, and foreign direct investment. The lab emphasizes both theoretical development and empirical analysis using patent, financial, and institutional data.
Professor Dong-Hun Han's research lab focuses on the epidemiological and clinical investigation of oral health disparities, with a strong emphasis on the interplay between systemic diseases—such as diabetes, hypertension, and cancer—and periodontal disease. The lab explores modifiable behavioral and occupational risk factors, including smoking, shift work, and dental material exposure (e.g., BPA-containing restorations), to assess their impact on oral health outcomes. A key direction involves evaluating the effectiveness of comprehensive oral care programs in vulnerable populations, particularly cancer patients undergoing radiotherapy. The lab also investigates the broader implications of oral health on general well-being, especially in aging populations.
Professor Sung-Ha Lee's research lab focuses on the interdisciplinary investigation of biological, psychological, and social factors influencing mental health, well-being, and behavioral decision-making. Key research directions include the neurocognitive mechanisms underlying substance use disorders, the gut-brain axis in emotional regulation, genetic influences on addiction and mental health, and the social determinants of life satisfaction and loneliness in aging populations. The lab integrates computational modeling, molecular genetics, microbiome analysis, and large-scale survey data to uncover mechanisms linking biology, behavior, and well-being across the lifespan.
Professor Kyung Chul Lee's research lab specializes in otorhinolaryngology and head and neck surgery, with a primary focus on sinus disorders, particularly odontogenic sinusitis and nasal septal perforation repair. The lab investigates clinical features, etiological factors, and preventive strategies for odontogenic sinusitis, emphasizing interdisciplinary collaboration between rhinologists and dentists. It also explores innovative surgical techniques using human dermal allografts for septal perforation repair and examines pathological mechanisms in thyroid cancer through immunohistochemical analysis of cell-cycle regulators. The lab's work bridges clinical practice with translational research, aiming to improve diagnostic accuracy and surgical outcomes in head and neck conditions.
Professor Jeong Gyu-ha's research lab specializes in translational neuroscience and neuro-oncology, focusing on innovative strategies for blood-brain barrier modulation, targeted drug delivery to the central nervous system, and novel therapeutic approaches for malignant brain tumors such as glioblastoma and leptomeningeal metastases. The lab integrates advanced interventional techniques—like ultrashort pulsed laser-induced vascular permeability—with molecular biomarker discovery (e.g., EDB-FN) and repurposed drugs (e.g., penflurido) to overcome treatment resistance in glioma stem cells. Their work bridges preclinical innovation with clinical application, particularly in improving outcomes for patients with aggressive or treatment-resistant brain cancers.
Professor Min Joo Son's research lab specializes in single-molecule biophysics, focusing on the mechanical and dynamic behaviors of biomolecules such as membrane proteins, DNA, and vesicles. The lab develops advanced nanoscale techniques—particularly magnetic tweezers, force spectroscopy, and fluorescence imaging—to probe molecular folding, protein-DNA interactions, and reactions in confined environments. A key emphasis is on understanding how molecular structure, mechanical forces, and environmental conditions govern biomolecular function at the single-molecule level. The lab also pioneers innovative methods for efficient labeling and manipulation of biological nanoparticles, including extracellular vesicles and lipid membranes.
Professor Ook Lee's research lab specializes in the intersection of information systems, behavioral psychology, and emerging technologies, with a strong focus on digital transformation in East Asian societies. The lab explores how cultural values—particularly Confucian traditions—affect digital communication, consumer behavior, and technology adoption in virtual environments. Key research directions include the psychological and social impacts of virtual reality, avatars, and AI-driven ESG analysis in digital platforms, with an emphasis on user well-being, ethical technology use, and sustainable innovation. The lab also investigates human-computer interaction through novel interfaces, such as sound-based mobile payments and immersive web experiences.
Professor Sangchul Park's research lab focuses on the intersection of digital technology, law, and public policy, with a particular emphasis on platform regulation, data security, and the legal challenges arising from emerging technologies such as AI and large language models. The lab investigates the dynamics of privacy in digital governance, the effectiveness of information security laws, and the need for evidence-based, competition-law-centered regulation rather than overregulation in the platform economy. It also examines the institutional and systemic implications of digital transformation, especially in the context of South Korea’s evolving regulatory landscape and global trends in tech governance.
Professor Gwang-Woo Park's research lab specializes in radiation oncology and medical physics, focusing on improving the precision and safety of radiation therapy. Key research directions include optimizing treatment techniques such as deep inspiration breath-hold (DIBH) for left-sided breast cancer, developing advanced imaging and dosimetry methods like in-vivo dosimetry and 3D-printed boluses, and establishing preclinical models for studying stereotactic body radiotherapy (SBRT)-induced normal tissue injury. The lab also investigates biomarkers of beta-cell dysfunction to predict post-transplant diabetes mellitus, highlighting a translational approach combining clinical and experimental research.
Professor Ji-Tae Jeong's research lab specializes in pediatric allergy and environmental health, focusing on the epidemiology, environmental triggers, and non-pharmacological interventions for atopic and respiratory diseases in children. The lab investigates the rising prevalence of atopic dermatitis, food allergy, and asthma in relation to environmental factors such as Asian dust, urbanization, and airborne allergens like weed pollen. It also explores the therapeutic potential of nature-based interventions, such as forest healing programs, in improving clinical outcomes and psychological well-being in pediatric patients. The lab integrates population-based surveys, clinical assessments, and environmental monitoring to inform public health strategies.
Professor Min Woo Kim's research lab focuses on microbial metabolism and synthetic biology, with a strong emphasis on Streptomyces species as model systems for understanding the regulation of natural product biosynthesis. The lab integrates multi-omics approaches—such as transcriptomics, translatomics, and genome-scale metabolic modeling—to decode complex regulatory networks and engineer microbial systems for the sustainable production of pharmaceuticals and high-value compounds. Additionally, the lab investigates host-microbe interactions and host-directed therapeutics, particularly in the context of inflammatory diseases like colitis and liver failure, exploring bioactive molecules such as allyl isothiocyanate and their mechanisms involving key pathways like NRF2 activation. These interdisciplinary efforts bridge systems microbiology, metabolic engineering, and translational medicine.
Professor Hee Ju Ryu's research lab focuses on immunology and translational biomedical research, with a central emphasis on understanding the regulatory mechanisms of immune cells in cancer, autoimmune diseases, and viral infections. The lab investigates how immune cell subsets—particularly regulatory T cells, dendritic cells, and virus-specific T cells—respond to microenvironmental signals such as cytokines (e.g., IL-27), metabolic stress, and pathogens. Using advanced techniques including mass cytometry, electrochemical sensing, and genetically modified mouse models, the lab explores novel therapeutic targets and diagnostic platforms, particularly in cancer immunotherapy and rapid infectious disease detection. Their work bridges basic immunology with clinical applications, aiming to improve outcomes in cancer and chronic inflammatory diseases.
Professor Miao Su's research lab specializes in sustainable logistics and digital transformation in supply chains, with a strong focus on green port development, agricultural food cold chain sustainability, and ship fuel consumption optimization. The lab integrates advanced data analytics, machine learning, and system dynamics modeling to address environmental, economic, and social challenges in transportation and logistics systems. Key research directions include digitalization for ecological efficiency, stakeholder-driven sustainability strategies, and predictive modeling for low-carbon operations.
