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 Taegyoon Kim's research lab focuses on the intersection of digital media, political behavior, and institutional governance. The lab investigates how online political communication—particularly on social media platforms like Twitter—shapes partisan polarization, political violence, and legislative responsiveness during crises such as the COVID-19 pandemic. A central theme is the role of political elites and subnational governments in influencing public opinion and policy attention through digital discourse. The lab also examines the structural dynamics of legislative networks and the long-term survival of post-authoritarian ruling parties.
Professor Tae Jung Park's research lab specializes in advanced materials for biomedical and environmental applications, with a focus on graphene-based biosensors for sensitive pathogen detection. The lab also engages in interdisciplinary research at the intersection of international law and technology policy, particularly examining digital trade agreements and regulatory frameworks governing emerging technologies. A key research direction involves improving transparency and compliance in technical regulations, especially within multilateral trade systems like the WTO TBT agreement. The lab combines materials science, electrochemistry, and policy analysis to develop innovative solutions for global health and trade challenges.
Professor Chul-Hoon Kwon's research lab specializes in urological oncology and genitourinary diseases, with a focus on prostate cancer, benign prostatic hyperplasia (BPH), and rare urological conditions such as Wilms’ tumor in congenital anomalies. The lab investigates clinical and molecular predictors of disease progression, particularly in patients with persistent elevated PSA despite negative initial biopsies, and explores the role of systemic therapies—such as statins—in modulating disease markers and symptoms. The lab also contributes to the development of preclinical models, including murine bladder tumor models, to support translational research in urological cancers.
Professor A Reum Choi's research spans interdisciplinary domains, focusing on social enterprise sustainability, cultural and institutional factors in international investment, aging and quality of life across societies, and epigenetic regulation in eukaryotic chromatin. Her work integrates social science, public policy, and biomedical research, with a strong emphasis on ethical governance, social impact, and long-term societal well-being. She investigates how institutional frameworks, cultural distance, corruption perception, and corporate ethics influence economic outcomes and social development, while also exploring molecular mechanisms underlying chromatin dynamics and gene regulation.
Professor Sungmun Cho's research focuses on arithmetic geometry and number theory, particularly the theory of quadratic and hermitian forms over local fields, with a strong emphasis on local densities and their applications. His work centers on constructing smooth integral group scheme models to compute local densities for ramified lattices in residue characteristic 2, advancing the understanding of the Smith–Minkowski–Siegel mass formula and its generalizations. He also explores deep connections between Siegel series, Gross–Keating invariants, and local intersection multiplicities on Shimura varieties and supersingular loci. His research bridges arithmetic geometry, automorphic forms, and the arithmetic of quadratic forms.
Professor Yewon Jung's research focuses on low-dimensional topology, particularly the study of surface-links in 4-dimensional space. Her work centers on developing and analyzing invariants for oriented and unoriented surface-links using marked graph diagrams, biquandle structures, and state-sum models. She investigates algebraic invariants such as fundamental biquandles, Alexander biquandles, and polynomial invariants derived from classical link invariants, with applications to detecting non-invertibility and distinguishing surface-link types.
Professor Suk-kyu Lee's research lab specializes in the intellectual and political history of the Joseon Dynasty, with a particular focus on Confucian political thought, the evolution of civil-oriented governance (minbon) ideology, and the institutionalization of royal accountability through practices such as *gwanyon* (official remonstrance). The lab investigates how moral self-cultivation (*suseong*), institutional reform, and the interpretation of celestial warnings (*ja-i*) shaped statecraft and social order from the 15th to 17th centuries. It also examines the shifting dynamics between the state, yangban elites, and common people, especially in relation to political participation, crisis management, and the decline of responsive governance in later Joseon.
Professor Jae-Seok Yoo's research lab specializes in sustainable construction materials and concrete technology, with a strong focus on enhancing the durability, workability, and mechanical performance of concrete through innovative material utilization and admixture engineering. The lab investigates recycled aggregates, limestone fillers, and chemical admixtures—particularly in the form of tabletized accelerators and retarders—aiming to improve concrete placement, reduce environmental impact, and optimize hydration control in both extreme temperature conditions and aggressive environments. Key research directions include self-compacting concrete with recycled materials, sulfate resistance in cementitious systems, and the development of smart, user-friendly admixture delivery systems.
Professor Min-Jae Lee's research lab specializes in advanced materials and sustainable biotechnology, focusing on the development of high-performance oxide semiconductors for next-generation electronics and gene expression systems in microalgae for bioproduction. The lab investigates atomic layer deposition of amorphous IGZO thin-film transistors to optimize electrical properties for transparent and flexible electronics, while also pioneering cold-inducible genetic systems in microalgae to enhance the biosynthesis of high-value compounds. Additionally, the lab explores organizational learning agility in Korean enterprises, bridging engineering innovation with human resource development.
Professor Hye-Ran Cho's research lab specializes in Korean classical literature, with a particular focus on Confucian ideals, gender roles, and identity formation in pre-modern and early modern Korean texts. The lab investigates how literary figures—especially literati (kunja), women, and moral exemplars—are constructed within classical novels, autobiographical writings, and biographical records, emphasizing the interplay between Confucian ethics, personal agency, and social transformation. A central direction involves analyzing the evolution of moral subjectivity, particularly the tension between self-cultivation and social duty, as well as the reimagining of female subjectivity in patriarchal frameworks.
Professor Bomi Jeon's research spans interdisciplinary scholarship at the intersection of literary studies, cultural theory, and critical historiography. Her work explores how literature and film articulate the socio-political marginalization of working-class and migrant communities under systems of neoliberalism, racism, and colonial modernity. She investigates the representational strategies in texts by authors such as W. G. Sebald, Sam Selvon, and Toni Morrison to uncover alternative visions of identity, resistance, and belonging. Her research emphasizes the role of everyday life, carnival, and psychoanalytic frameworks in reimagining suppressed histories and challenging dominant national narratives.
Professor Eun Ji Choi's research lab specializes in applied linguistics, multimodal communication, and AI-driven educational technology, with a focus on enhancing language learning and digital instruction. The lab investigates cross-cultural academic communication, particularly the oral and written performance of international students in Korean academic contexts, while also advancing multimodal fake news detection through innovative vision-language models. A central theme is the development of flexible, AI-powered digital materials for Korean language education, integrating adaptive technologies and multimodal data processing. The lab bridges language education, artificial intelligence, and computational linguistics to create responsive, learner-centered solutions.
Professor Kyungmin Joo's research lab focuses on regenerative medicine and neurobiology, with a particular emphasis on stem cell biology, radiation-induced cellular responses, and neural development. The lab investigates the therapeutic potential of mesenchymal stem cells—especially periodontal ligament stem cells—in angiogenesis and tissue repair, while also exploring the molecular mechanisms underlying radiation response in cancer cells. Additionally, the lab examines the role of neuropeptides such as corticotropin-releasing factor in neuronal development and repair, and studies the regenerative microenvironment following central nervous system injury. The integration of translational research with clinical data, including adverse drug reaction reporting, further expands the lab’s scope into pharmacovigilance and regenerative therapeutics.
Professor Se Hyeong Son's research lab focuses on sustainable urban development, with a strong emphasis on green and low-carbon city planning, urban regeneration, and the integration of environmental, social, and economic sustainability. The lab explores innovative strategies for urban space activation—such as street café policies and rail corridor redevelopment—while addressing climate change mitigation through carbon emission reduction and resilient urban infrastructure. It also examines international development cooperation, particularly through ODA, to support sustainable urbanization in developing countries.
Professor Jin A. Kang's research focuses on transnational Chinese diasporas, particularly overseas Chinese communities in East Asia during the late 19th and 20th centuries, with an emphasis on their economic agency, political engagement, and transnational networks. Her work explores the intersections of migration, imperialism, and state formation, especially through the lens of Cantonese merchants,华侨 capital, and Sino-Japanese relations. She examines how diasporic communities navigated geopolitical crises—such as the Sino-Japanese War and the rise of nationalism—while balancing commercial interests with national identity.
Professor Choi JinHwan's research lab specializes in dynamic systems and mechanical engineering, with a strong focus on multi-body dynamics, elastohydrodynamic lubrication, and vibration/noise analysis in mechanical power transmission systems. The lab integrates advanced simulation techniques such as flexible multi-body dynamics (MFBD) and finite element (FE) modeling to study complex interactions in automotive and mechanical components, including gear systems, bearings, and lightweight suspension systems. Environmental and ecological impacts on aquatic habitats are also investigated, particularly the influence of reservoir morphology and vegetation on wintering waterfowl populations. The lab emphasizes both fundamental mechanical behavior and practical applications in sustainable and high-performance engineering systems.
Professor Wookju Jeong's research lab specializes in landscape urbanism, urban green space planning, and the integration of theory with practical design in urban development. The lab explores how landscape strategies can shape urban identity, enhance ecological resilience, and foster sustainable urban forms through case studies of new towns, infrastructure projects, and public spaces. Key research directions include the theoretical and practical evolution of landscape urbanism, the role of green infrastructure in urban planning, and the development of context-sensitive design frameworks for regional and local identity.
Professor Kyu Young Kim's research lab specializes in advanced signal processing, intelligent transportation systems, and broadcast technology, with a strong focus on real-world applications in public safety, digital media, and environmental sensing. The lab develops innovative algorithms for vehicle detection and tracking in challenging environments such as tunnels, optimizes digital broadcasting systems for indoor reception, and explores structural mechanics for high-performance materials. Additionally, the lab investigates human-environment interactions in tourism, integrating psychological and behavioral responses with physical environmental design.
Professor Se-Yeong Kim's research lab specializes in labor economics and applied microeconomics, with a focus on human capital development, immigrant assimilation, and fertility behavior. The lab investigates how individual-level decisions—such as education, labor market participation, and family formation—are shaped by social norms, selection effects, and structural factors like migration and sample attrition. Using large-scale survey data and advanced econometric methods, the lab emphasizes rigorous causal inference and the analysis of wage dynamics and earnings inequality across populations.
Professor Jonghwan Seo's research lab specializes in advanced functional materials, with a strong focus on polymer nanocomposites, graphene-based materials, and sustainable biomaterials. The lab develops high-performance, lightweight, and durable materials for automotive and energy applications, emphasizing improved mechanical, thermal, and electrical properties through innovative filler-matrix interactions and processing techniques such as in-situ polymerization and 3D printing. The research also extends to fundamental studies in neutron physics, particularly in neutrino oscillation experiments, showcasing a multidisciplinary approach bridging materials science and particle physics.
