Explore research labs at leading universities worldwide — research fields and key papers at a glance.
Professor Chi-Wook Won's research lab specializes in the philosophy of mind, action theory, and metaphysics, with a particular focus on causal explanation, normative understanding, and the nature of mental causation. The lab investigates fundamental issues in philosophical psychology, including the problem of overdetermination in non-reductive physicalism, the role of reasons in explaining human behavior, and the integration of causal, normative, and empathetic models of action understanding. Current research explores how these explanatory frameworks can be systematically unified to provide a comprehensive account of human agency and intentional behavior.
Professor Song Ok's research lab specializes in urban economic development and international investment dynamics, with a focus on the determinants of foreign direct investment (FDI) in Chinese cities. The lab investigates how urban investment environments—encompassing market size, agglomeration economies, corporate income tax rates, and infrastructure development—shape FDI inflows over time. Using longitudinal empirical analysis across multiple economic periods, the lab explores evolving policy and structural influences on investment decisions. The research also extends to comparative institutional studies, including the cultural and artistic dimensions of economic behavior, as seen in interdisciplinary explorations of dramaturgy and economic thought.
Professor Jaeyoul Lee's research lab specializes in economic geography, with a focus on the spatial dynamics of cultural and industrial economies in contemporary society. The lab explores the geographies of branding, K-food globalization, traditional industries, and uneven development, emphasizing the interplay between place, identity, and economic processes. It integrates critical perspectives on capitalism, spatial inequality, and policy through relational, multi-scalar analyses rooted in political economy and cultural economy.
Professor Seo-Eun Choi's research focuses on civil law, particularly contract law and liability in the context of force majeure and administrative regulations. Her work examines the legal implications of pandemic-related government orders—such as those during the COVID-19 crisis—on lease agreements, especially regarding the doctrine of risk allocation and the duty to maintain leasehold use. She investigates how public administrative measures affect contractual obligations and the boundaries of legal liability in cases of temporary or permanent performance impossibility.
Professor Se-Ho Kim's research focuses on experimental particle physics, particularly in the study of quantum chromodynamics (QCD) and the properties of the quark-gluon plasma formed in heavy-ion collisions. His work centers on data analysis from the ALICE experiment at CERN's Large Hadron Collider, investigating phenomena such as elliptic flow and particle production in Pb-Pb and proton-nucleus collisions at high energies. He also contributes to top quark discovery and Higgs boson mass measurements, leveraging advanced detector techniques and statistical analysis in high-energy physics.
Professor Seongmyeong Jeong's research lab focuses on environmental politics, public opinion, and civic engagement in East Asia, with a particular emphasis on transboundary environmental issues such as air pollution and industrial policy implementation. The lab investigates how public awareness, information framing, and collective action—especially among urban middle-class citizens—shape environmental policy outcomes in China and South Korea. It also explores the dynamics of citizen mobilization, particularly through environmental protests, and their impact on state decision-making under authoritarian governance.
Professor Sok-song Jeong's research lab specializes in hybrid estimation and machine learning for dynamic systems, with a focus on developing adaptive filtering frameworks that integrate neural networks with classical estimation theory. The lab explores applications in real-time state estimation for complex systems, including object tracking and wireless communication channel modeling, particularly in reconfigurable intelligent surface (RIS)-assisted networks. By leveraging differentiable dynamics and automatic differentiation, the lab advances intelligent, online learning-based estimation methods that outperform traditional fixed-model approaches. The work bridges signal processing, machine learning, and physical system modeling to enable robust and accurate tracking under uncertainty.
Professor Choi Na-hwan's research lab focuses on cardiac regeneration and tissue engineering, with a central emphasis on understanding how extracellular matrix (ECM) architecture and biochemical cues regulate cellular and nuclear remodeling during cardiac reprogramming. The lab develops biomimetic 3D matrices—particularly anisotropically aligned decellularized heart ECM—to study mechanotransduction pathways that drive maturation of induced cardiomyocytes. By integrating bioengineering with stem cell and epigenetic biology, the lab aims to enhance the functional integration and therapeutic potential of reprogrammed cardiac cells. Their work bridges structural biology, regenerative medicine, and cardiovascular disease modeling.
Professor Sori Kim's research lab specializes in digital dentistry and prosthetic restorations, focusing on the precision, accuracy, and biocompatibility of CAD/CAM-fabricated dental prostheses. The lab investigates critical factors influencing the clinical performance of dental crowns and bridges, including material bonding strength, machining parameters, and three-dimensional fit. Research spans from material science—such as non-precious alloy and porcelain bonding—to advanced digital workflows involving 3D scanning, CAD design, and CNC milling. The lab emphasizes evidence-based optimization of dental prosthetic fabrication to enhance long-term clinical outcomes.
Professor Hye-bin Kim's research lab specializes in advanced materials science with a focus on developing novel functional materials for sustainable energy applications. The lab explores innovative approaches in energy storage and conversion, particularly in next-generation batteries and electrocatalysts. Key research directions include the design and synthesis of nanostructured materials, interface engineering in energy devices, and the integration of materials for high-performance, low-cost energy systems.
Professor Yooa Kim's research lab specializes in teacher education, multicultural and inclusive education, and higher education policy, with a strong focus on enhancing educational equity and teacher professional development. The lab investigates how pre-service and in-service teachers develop multicultural teaching competencies, examines the impact of teacher education reforms on inclusive pedagogy, and analyzes the role of higher education in shaping adult competencies and lifelong learning. Using large-scale international and national datasets (e.g., TALIS, PIAAC), the lab employs quantitative and curriculum profiling methods to inform evidence-based educational policies and institutional reforms.
Professor Kyung-seon Ryu's research lab specializes in Korean music history, with a particular focus on the compositional practices and cultural impact of 20th-century Korean composers. The lab explores the intersection of music, education, and national identity through in-depth archival research, especially on figures like Yun Ir-yeong, whose contributions to institutional music—such as university and school songs—have been historically underrecognized. The lab emphasizes the analysis of primary sources, including unpublished manuscripts, correspondence, and performance materials, to reconstruct the artistic and pedagogical intentions behind significant yet overlooked works. Current research also investigates the role of music in shaping national consciousness during mid-20th century Korea.
Professor Eun-sook Baek's research focuses on sustainability education in the Anthropocene era, particularly integrating science and technology studies (STS) with interdisciplinary liberal education. Her lab explores innovative pedagogical approaches—such as Problem-Based Learning (PBL) and experiential learning—to foster scientific literacy, environmental responsibility, and critical thinking in higher education. The lab emphasizes the development of educational programs that position students as co-agents in addressing global environmental challenges, bridging formal university education with informal science education in institutions like science museums.
Professor Minsoo Jang's research lab specializes in educational innovation and curriculum development with a focus on vocational education, textbook development, and STEM-based instruction in South Korea. The lab investigates the design and implementation of standardized training programs for textbook developers, the integration of emerging technologies like smart factories into vocational curricula, and the enhancement of student engagement through inquiry-based and interdisciplinary learning models. A key emphasis is placed on aligning educational practices with national curriculum reforms, particularly the 2022 revised national curriculum, to improve educational quality and equity.
Professor Joonseok Yang's research lab focuses on political behavior, partisanship, and democratic norms, with an emphasis on how partisan identities and affective polarization shape citizens' evaluations of democratic and undemocratic political conduct. The lab investigates the psychological mechanisms behind partisan rationalization and the role of emotional polarization in distorting democratic perceptions. Using experimental and survey-based methods, particularly in the context of East Asian democracies like South Korea, the lab explores the dynamics of political cognition and institutional legitimacy. Current research also examines the interplay between identity, ideology, and democratic resilience in polarized political environments.
Professor Dae Young Kim's research lab specializes in the design and development of advanced nanomaterials for sustainable energy and environmental applications. Key research directions include the engineering of graphene-based materials and carbon quantum dots for high-performance supercapacitors, photocatalysis, and nanozyme mimics. The lab focuses on enhancing material functionality through heteroatom doping, surface modification, and innovative synthesis strategies using renewable resources. Their work emphasizes practical applications such as flexible transparent heaters, efficient pollutant degradation, and stable electrochemical energy storage systems.
Professor MoonJoo Kim's research lab specializes in formal methods and binary analysis for ensuring the reliability and security of low-level software systems, particularly in resource-constrained embedded environments. The lab focuses on model-based testing, symbolic execution, and formal verification techniques to detect concurrency bugs and memory safety issues in operating system kernels and binary programs. Their work bridges the gap between theoretical verification and practical software engineering by applying model checking tools like Spin and symbolic execution frameworks such as BitBlaze to real-world systems. The lab also emphasizes practical deployment of these techniques in production software, including Linux kernel components and widely used applications like Adobe Acrobat Reader.
Professor Soobok Moon's research focuses on secure and scalable data management in heterogeneous distributed database systems, with an emphasis on integrated access control mechanisms that combine mandatory and discretionary access control. His lab explores advanced security frameworks for global data management in multidatabase environments, particularly in open and distributed systems where data heterogeneity and access control complexity are significant challenges. Key research directions include metadata management, security policy enforcement, and the design of unified access control models across distributed data sources. The lab's work aims to enhance data integrity, confidentiality, and interoperability in enterprise and cloud-based database systems.
