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 Chanung Park's research lab specializes in social stratification, welfare state development, and gender inequality, with a strong focus on institutional and intersectional analyses of social mobility and policy outcomes. The lab investigates how structural factors—such as academic performance, gender, family responsibilities, and financialization—interact to shape career trajectories and social inequality in South Korea and comparative Asian contexts. Key research directions include the gendered dynamics of academic and labor market participation, the impact of caregiving responsibilities on women’s re-employment, and the measurement and consequences of financialization in the Korean economy. The lab also conducts comparative welfare state analysis, emphasizing the interplay between individual-level characteristics and national policy environments in shaping public attitudes toward social protection.
Professor Mijung Kim's research lab specializes in interdisciplinary data-driven modeling and optimization, with a focus on computer vision, remote sensing, and human-centered design. The lab develops advanced techniques for few-shot novel view synthesis using information-theoretic principles, enhances crop monitoring and yield prediction through integrated remote sensing and crop modeling (e.g., the GRAMI-rice model), and applies data analytics to human-centric product design—particularly in apparel pattern development. Additionally, the lab explores environmental data analysis, such as aerosol optical depth validation using satellite and ground-based observations, and investigates socio-organizational dynamics through empirical studies on employee tenure and job satisfaction.
Professor Ji Soo Choi's research lab specializes in clinical and translational studies focusing on neuropathic pain, respiratory diseases, and nutritional biomarkers in chronic conditions. The lab investigates the therapeutic potential of acupuncture for neuropathic pain using behavioral and electrophysiological models, while also exploring prognostic indicators such as the Prognostic Nutritional Index (PNI) in patients with mycobacterium avium complex pulmonary disease and non-HIV Pneumocystis pneumonia. Additionally, the lab examines sex-specific risk factors for comorbid depression in COPD patients, emphasizing clinical outcomes and patient-centered health metrics. The research integrates preclinical models with large-scale clinical data to improve patient management and prognosis prediction.
Professor Sin Hye-won's research lab specializes in second language (L2) acquisition, with a strong focus on individual differences in language learning, particularly among young and adolescent learners. Her work explores how cognitive and affective factors—such as aptitude, metacognitive awareness, motivation, and learner autonomy—influence listening comprehension, vocabulary acquisition, and test performance. The lab also investigates the role of emerging technologies, including artificial intelligence (e.g., ChatGPT), in enhancing L2 speaking and summarizing skills. A central theme across her research is understanding how learner-specific characteristics shape language learning outcomes in both traditional and technology-enhanced educational contexts.
Professor Hyowoon Seo's research lab specializes in next-generation wireless communication systems, with a strong focus on semantics-aware communication, efficient resource management, and distributed learning in constrained environments. The lab explores semantic-native communication (SNC) to enhance communication efficiency by leveraging meaning rather than raw data, and develops advanced signal processing and machine learning techniques for IoT, edge computing, and mission-critical applications. Key research directions include compressed sensing for random access, federated distillation for low-bandwidth model sharing, and co-design of communication and consensus protocols for reliable, low-latency wireless systems.
Professor Dooyeon Cho's research lab specializes in empirical macroeconomics and international finance, with a focus on fiscal policy effectiveness, sovereign risk assessment, and monetary policy transmission. The lab investigates how demographic changes, government debt, and financial conditions shape economic fluctuations and policy outcomes across advanced and emerging economies. Key research directions include fiscal multipliers under aging populations, the role of macroeconomic fundamentals in credit default swaps, and the time-varying dynamics of carry trade strategies. The lab employs advanced econometric methods, such as quantile regression and smooth transition models, to analyze structural shifts and nonlinearities in economic data.
Professor Taeil Kim's research lab specializes in advanced control systems and signal processing for mechatronic and industrial servo systems, with a strong focus on resonance suppression and digital control optimization. The lab develops innovative discretization techniques and adaptive filtering methods—particularly adaptive notch filters (ANF)—to enhance system performance under high-frequency and limited sampling conditions. Additionally, the lab explores educational applications of scientific inquiry in science textbooks, comparing curricular designs across countries to inform effective science teaching practices.
Professor Woo Chang Kang's research lab specializes in political behavior, public opinion, and institutional trust, with a focus on the long-term impacts of historical violence, economic conditions, and psychological factors on political attitudes. The lab investigates how identity, fatalism, and trust in institutions shape support for government and immigration policies, particularly in the context of South Korea and comparative democratic systems. Using advanced statistical methods such as multilevel modeling and difference-in-differences analysis, the lab emphasizes empirical rigor in understanding the interplay between individual psychology and structural political dynamics.
Professor Min-Soo Ryu's research lab specializes in real-time embedded systems and cybersecurity, with a strong focus on dependable and secure system design. The lab investigates real-time control systems, emphasizing timing optimization, schedulability, and performance guarantees using control-theoretic and formal methods. It also explores security challenges in critical systems, such as in-vehicle infotainment systems and blockchain-based architectures, with a particular interest in Byzantine fault tolerance and malware analysis. The lab integrates theoretical modeling with practical implementation, often using simulation and empirical evaluation to validate system behavior under stringent constraints.
Professor Sung-soo Oh's research lab focuses on public administration, policy implementation, and emergency management, with a particular emphasis on the intersection of human behavior, institutional trust, and policy effectiveness. The lab investigates how performance appraisal systems impact motivation in public sector workforces, how public confidence and knowledge influence compliance during disasters, and how public health systems respond to infectious disease crises. It also explores social equity in STEM employment and the role of public opinion in shaping moral and social policy at the state level. The lab’s work is grounded in large-scale survey data and comparative case studies, aiming to inform more effective and equitable governance in times of crisis and structural change.
Professor Paek Sang-Hyon's research lab specializes in the fundamental and applied aspects of liquid crystal (LC) materials and polyimide-based alignment layers, with a strong focus on molecular-level interactions governing LC alignment, pretilt angle control, and electro-optical performance. The lab investigates how polymer structure—particularly functional groups, side chains, and backbone rigidity—affects surface polarity, anchoring energy, and alignment stability through techniques such as rubbing, spectroscopy, and nanoindentation. Their work bridges polymer chemistry, surface science, and device physics, aiming to design advanced alignment layers for next-generation display and photonic technologies.
Professor Haram Lee's research lab specializes in the development and application of advanced functional nanomaterials for renewable energy and environmental safety. Key research directions include the design of perovskite solar cells with enhanced stability and efficiency through down-conversion layers and surface engineering, the synthesis of epitaxial oxide semiconductors for optoelectronic devices, and the investigation of the biosafety and toxicity mechanisms of metal oxide nanoparticles. The lab also focuses on innovative solutions to improve solar energy conversion by utilizing UV-light harvesting materials such as ZnGa₂O₄ and Eu-doped spinels.
Professor Woojoong Kim's research lab specializes in interdisciplinary studies at the intersection of quantum physics, biomedical engineering, and clinical genetics. The lab investigates quantum phenomena in nanomechanical systems, such as vacuum-induced dissipation and photon detection via superradiant amplification, while also exploring rare genetic disorders like Blau syndrome and SYNGAP1-related neurodevelopmental conditions. Recent work includes translational applications in dermatology, such as photodynamic therapy for uncommon skin conditions, and population-level health studies on serum urate and mental health. The lab integrates advanced imaging, genomics, and biophotonics to address fundamental and clinical challenges in human disease and quantum technology.
Professor Soobong Kim's research lab specializes in neutrino physics, with a primary focus on reactor neutrino oscillations and the search for sterile neutrinos. The lab leads the RENO experiment at the Hanbit nuclear power plant in Korea, conducting precise measurements of the neutrino mixing angle θ₁₃ and effective mass-squared difference Δmₑₑ² using high-statistics data from near and far detectors. The lab also contributes to the JSNS² experiment at J-PARC, investigating short-baseline neutrino anomalies through advanced detector technologies, including acrylic vessels for anti-neutrino detection. In parallel, the lab explores data governance and information security in emerging data economies, particularly in financial data trading ecosystems.
Professor Heung-man Jeon's research lab specializes in transplant medicine and vascular surgery, with a focus on improving outcomes in kidney transplantation and complex vascular interventions. The lab investigates risk factors and long-term outcomes in recipients of kidneys from elderly and expanded criteria deceased donors, as well as the management of challenging vascular pathologies such as inferior vena cava thrombosis and inflammatory aortic aneurysms. A key emphasis is placed on optimizing immunosuppressive regimens and understanding rare but critical conditions like IgG4-related disease and spontaneous coronary artery dissection in transplant and surgical patients. The lab integrates clinical data with outcomes research to enhance patient safety and graft survival in complex transplant and vascular surgery scenarios.
Professor Ja-Keung Yoon's research lab specializes in medical imaging and diagnostic radiology, with a focus on advancing MRI techniques for liver and pancreatic cancer detection. The lab investigates innovative imaging methods such as compressed sensing and parallel imaging to improve scan efficiency and image quality in dynamic contrast-enhanced MRI. It also explores the application of artificial intelligence, particularly deep learning, in interpreting pediatric abdominal radiographs for early diagnosis of conditions like intussusception. Additionally, the lab examines molecular imaging biomarkers and sarcopenia assessment to support personalized cancer diagnosis and prognosis.
Professor Jaung, Jae Yun's research lab specializes in the design and synthesis of novel heterocyclic compounds with unique electronic and optical properties, particularly focusing on pyrazine-based macrocycles and tetracyano-dipyrazinopyrazines. The lab investigates their intramolecular charge-transfer characteristics, fluorescence behavior in solution and solid states, and their potential applications in organic optoelectronics and electroluminescent devices. Additionally, the lab explores the development of functional materials such as tetrapyrazinoporphyrazines for sensing and catalytic applications through strategic molecular engineering to control aggregation and enhance performance.
Professor Gi Bang Eom's research lab specializes in glaucoma and optic neuropathy, focusing on the structural and functional assessment of the optic nerve and peripapillary microcirculation. The lab investigates the impact of intraocular pressure reduction—particularly through surgical interventions like trabeculectomy—on retinal blood flow and neuroprotection in primary open-angle glaucoma. Key research directions include the morphometric analysis of peripapillary atrophy, retinal vessel dynamics, and the long-term visual outcomes following ocular trauma or toxic optic neuropathies such as methanol-induced atrophy. The lab integrates clinical imaging, automated perimetry, and quantitative morphometry to improve glaucoma diagnosis and monitoring.
Professor Minhwa Chung's research lab specializes in speech and language technologies for individuals with communication disabilities, focusing on the acoustic and prosodic analysis of speech in neurological and developmental disorders. The lab develops automatic assessment systems for dysarthria and other speech impairments using prosodic, spectral, and phonetic features, with particular emphasis on cross-linguistic applications in Korean and English. A key direction involves creating specialized speech databases and leveraging machine learning to improve speech recognition and pronunciation assessment for L2 learners and people with articulatory impairments. The lab also pioneers knowledge-driven feature engineering to enhance detection of autism spectrum disorder (ASD) through speech phenotypes.
Professor Soobong Kim's research lab specializes in neutrino physics, with a primary focus on reactor neutrino oscillations and the search for sterile neutrinos. The lab is centrally involved in the RENO experiment, which has precisely measured the neutrino mixing angle θ₁₃ and the effective mass-squared difference Δmₑₑ² using data from nuclear power plants in Korea. The lab also contributes to the JSNS² experiment, aiming to detect sterile neutrinos using a high-precision anti-neutrino detection system with advanced detector technology. Their work combines experimental particle physics with innovative detector design for fundamental physics research.
