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 Gyeung-Min Kim's research lab specializes in business process outsourcing (BPO) and global sourcing, with a strong focus on IT-intensive service delivery, knowledge transfer, and governance structures in offshore and global BPO contexts. The lab investigates critical success factors in application service provisioning (ASP), service quality in cross-border e-commerce, and the impact of organizational characteristics—such as IT maturity, company culture, and language differences—on outsourcing outcomes. Research is grounded in empirical studies, including case analyses and surveys, aiming to develop practical, integrated BPO service models tailored to SMEs and multinational projects.
Professor Soogil Seo's research lab specializes in Iwasawa theory, Euler systems, and the arithmetic of number fields, with a particular focus on circular distributions, cyclotomic units, and their connections to class groups and special L-values. The lab investigates deep structural relationships between global units, circular units, and ideal class groups, especially in real abelian extensions and cyclotomic fields. Central to their work is the development of Euler systems and their applications to conjectures such as Coleman’s universality of circular distributions and Kato’s Tamagawa number conjecture. The lab also advances abstract frameworks for Euler limits, restriction, and localization sequences to study arithmetic objects in arithmetic geometry and Iwasawa theory.
Professor Jonghwan (Simon) Kim's research lab specializes in corporate finance, corporate governance, and behavioral corporate finance, with a strong emphasis on the role of CEO personality traits—such as conscientiousness and founder status—in shaping managerial decision-making, firm performance, and information transparency. The lab investigates how individual characteristics of top executives influence firm-level outcomes, including innovation, cost behavior, and information environment quality. Using advanced empirical methods, including machine learning and natural language processing, the lab integrates textual analysis with financial data to uncover behavioral and strategic implications of leadership. The research also extends to environmental economics, particularly air quality monitoring and aerosol dynamics, reflecting a multidisciplinary approach to societal and economic challenges.
Professor A-Yeong Lim's research lab focuses on critical care nephrology, particularly the early detection and prognosis prediction of acute kidney injury (AKI) in septic patients using novel biomarkers such as serum cystatin C. The lab also investigates the impact of anesthetic agents—particularly lidocaine combinations—on cancer metastasis and recurrence, aiming to uncover mechanisms that could improve surgical outcomes in breast cancer. Additionally, the lab explores environmental and clinical factors influencing nontuberculous mycobacterial pulmonary disease (NTM-PD) and drug-induced renal syndromes, such as ifosfamide-induced Fanconi syndrome and isoniazid-resistant tuberculosis. These interdisciplinary studies bridge nephrology, oncology, and infectious disease research with a strong translational focus.
Professor Young-hun Cho's research lab specializes in East Asian historical studies with a focus on transnational and global perspectives, particularly the interplay between political, economic, and environmental factors in imperial China and its relations with Korea and Japan. The lab explores early modern East Asian diplomacy, maritime trade networks, ecological crises, and the historical impact of climate change and silver flows. It also investigates state formation, urban planning, and the role of capital cities—especially Beijing and Nanjing—within the Ming dynasty’s dual-capital system.
Professor Pyung-Keun Kang's research lab specializes in public international law, with a primary focus on state responsibility, treaty interpretation, and the legal implications of historical issues in international relations—particularly in the context of Korea-Japan relations. The lab explores the intersection of international law and historical justice, including issues such as forced labor compensation, the 1965 Compensation and Economic Cooperation Treaty, and the role of state practice and subsequent conduct in treaty interpretation. It also examines contemporary developments in international investment law, including transparency in investor-state arbitration and the evolving role of UNCITRAL in shaping global legal standards.
Professor Hyoyoung Jeong's research lab specializes in catalytic materials and sustainable chemical transformations, with a focus on developing efficient, selective, and mild reaction conditions using boron-based catalysts and hydrosilanes for the synthesis of biologically relevant heterocycles. The lab also explores innovative materials for civil engineering applications, particularly self-healing cement composites fabricated via 3D printing to enhance structural durability and sustainability. In parallel, the lab investigates human-computer interaction and digital technology impacts, including memory systems in computing and smartphone dependency in children, emphasizing cognitive development and social discourse in digital society. These diverse yet interconnected research directions reflect a strong commitment to advancing green chemistry, smart infrastructure, and responsible technology use.
Professor Soo-Jin Yoon's research lab focuses on endocrine and metabolic disorders, with a strong emphasis on diabetes mellitus, pituitary hormone-related diseases such as hyperprolactinemia and acromegaly, and the impact of environmental endocrine disruptors on metabolic health. The lab investigates the pathophysiology of these conditions, particularly their effects on bone metabolism and pancreatic beta-cell function, while also exploring protective roles of natural compounds like oleuropein against toxicological stressors. The research integrates clinical data with in vitro models to evaluate guideline-based management and therapeutic interventions.
Professor Min-sik Choi's research lab focuses on behavioral and experimental economics, with a strong emphasis on economic literacy, decision-making under uncertainty, and the societal implications of economic education. The lab investigates how individual economic rationality, social cooperation, and civic values are shaped by education, institutional structures, and socio-demographic factors—particularly in the context of gender inequality, digital behavior, and global citizenship. Using experimental methods, survey data, and econometric analysis, the lab explores the interplay between personal rationality and social responsibility in education, labor markets, and digital consumption.
Professor Hyeok Jae Lee's research lab specializes in advanced semiconductor device physics and integrated circuit design, with a focus on silicon-on-insulator (SOI) technology, shallow trench isolation (STI) effects, and low-frequency noise mechanisms in nanoscale MOSFETs. The lab investigates device reliability, mobility degradation, and interface state generation caused by fabrication processes, particularly in partially depleted SOI and advanced CMOS devices. It also explores efficient hardware architectures for real-time image processing, such as SIFT-based feature extraction, emphasizing low-area and low-power implementations. Additionally, the lab examines reliability challenges in DRAM technology, including junction leakage and process-design co-optimization for improved performance and power efficiency.
Professor Joon Hyug Chung's research lab specializes in corporate law with a strong focus on environmental, social, and governance (ESG) governance, sustainable corporate finance, and capital market regulation. The lab investigates the legal frameworks governing ESG integration in corporate decision-making, including ESG disclosure requirements, stakeholder protection, and the reform of corporate governance mechanisms such as board diversity and shareholder rights. It also examines comparative corporate law, particularly the legal innovations in France and the EU, to inform regulatory developments in South Korea and other jurisdictions.
Professor Jong Hyeok Park's research lab specializes in advanced materials and electrochemical systems for sustainable energy conversion and environmental protection. The lab focuses on developing high-performance catalysts—such as Ni-Co-P and IrO₂-based materials—for renewable energy applications, including biomass conversion, water electrolysis, and carbon-neutral technologies. Key research directions include designing durable, low-cost electrocatalysts, engineering nanostructured anodes for hydrogen production, and creating safe, high-performance electrolytes for aqueous batteries. The lab also integrates AI-driven solutions, such as YOLOv4 and DeepSORT, for real-time environmental monitoring, particularly in fire detection systems using CCTV.
Professor Woong-Sup Geum's research lab specializes in radiation oncology and medical imaging, with a focus on improving cancer treatment through advanced imaging techniques and radiation therapy. The lab investigates the predictive value of dynamic contrast-enhanced MRI (DCE-MRI) parameters for tumor response and microvascular characteristics, particularly in colorectal cancer models. It also explores the clinical application and regional utilization of modern radiation therapy techniques such as intensity-modulated radiotherapy (IMRT) and postoperative radiotherapy (PORT) in soft tissue sarcomas. The research integrates preclinical models with clinical data to optimize treatment strategies and enhance patient outcomes.
Professor Jae Moon Yang's research lab focuses on the intersection of biomedical engineering, cancer biology, and nanotechnology, with a strong emphasis on developing innovative diagnostic and therapeutic strategies for cancer. The lab investigates molecular signaling pathways in head and neck and bladder cancers, explores metabolic reprogramming in cancer stem cells, and pioneers the use of nanomaterials—particularly single-walled carbon nanotubes—for photothermal therapy and molecular imaging. Additionally, the lab applies advanced imaging and machine learning techniques, such as MR radiomics, to improve cancer diagnosis and treatment planning.
Professor Sebastian Wiederrecht's research lab specializes in algorithmic graph theory and theoretical computer science, with a focus on network reconfiguration, flow routing, and graph parameters such as branchwidth and dichromatic number. The lab investigates fundamental algorithmic challenges in software-defined networking (SDN), particularly congestion-free rerouting of unsplittable flows and efficient update scheduling in dynamic networks. Key contributions include complexity analyses, polynomial-time algorithms for restricted cases, and structural graph theory results on minor-closed classes and directed graph colourings.
Professor Tae Soo Ham's research lab specializes in clinical and translational pain management, with a focus on neuromodulation, regional anesthesia, and the neurobiological mechanisms underlying acute and chronic pain. The lab investigates non-pharmacological and pharmacological interventions—such as electrical stimulation of acupoints, femoral nerve blocks, and gabapentin therapy—to optimize postoperative pain control and improve functional recovery. Key research directions include identifying biomarkers of pain sensitivity, evaluating anesthetic depth monitoring (e.g., BIS and AAI), and exploring preventive strategies for postoperative complications like arrhythmias and neuropathic pain. The lab integrates animal models with human clinical studies to bridge basic science insights with clinical applications.
Professor Kang Nam Kyu's research lab focuses on human-centered design, cognitive science, and data-driven methodologies in engineering and design innovation. The lab explores the integration of sensory and cultural factors—particularly Kansei (sensibility and emotional response) and physical perception—into design processes using advanced modeling techniques such as the ADT model. It also investigates the application of machine learning and AI in solving complex engineering problems, including physics-informed neural networks and PDE solvers, while emphasizing collaborative, intercultural design education through international workshops and digital tools.
Professor Kyungmin Kim's research lab specializes in biomedical and materials science, focusing on the development of novel bioactive compounds for disease prevention and treatment, particularly in dental caries and neurodegenerative disorders. The lab investigates the structural optimization of quinone-based molecules to enhance their antimicrobial and metal-chelating properties, aiming to create safer and more effective therapeutic agents. Additionally, the lab explores radiation risk assessment in pediatric medical imaging and contributes to the fundamental understanding of thermal conductivity in nanofluids, with applications in energy and health technologies.
Professor Sun-Hee Ahn’s research lab focuses on practical theology and liturgical studies, with a central emphasis on the pastoral and existential dimensions of Christian worship in contemporary Korean society. Her work explores how worship practices—particularly in contexts of aging, youth marginalization, and cultural commodification—can be theologically reimagined to foster authentic faith, deepened personal and communal discernment, and meaningful encounters with the divine. The lab investigates liturgical renewal through practices such as eucharistic theology, memorialization in funerals, and minimalistic, contemplative worship models that respond to societal and demographic shifts.
