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 Kang-Hyuk Ko's research lab specializes in empirical public policy analysis, with a focus on evaluating the impact of government interventions in healthcare, education, and economic development. The lab employs advanced econometric methods such as difference-in-differences, propensity score matching, and regression discontinuity designs to assess causal effects of policy changes on individual and community outcomes. Research themes include health insurance expansion, educational satisfaction and student success, venture firm performance, trauma care access, and local economic stimulus programs like the onnuri gift card. The lab emphasizes rigorous, data-driven analysis using large-scale survey and administrative datasets to inform evidence-based policymaking.
Professor Jae-won Shim's research lab focuses on the sociological and behavioral dimensions of everyday life, particularly examining the interplay between work, leisure, and well-being in contemporary South Korean society. The lab explores how individuals navigate and integrate work and leisure practices through theoretical frameworks such as the theory of practice and value-oriented action theory, with a strong emphasis on identity, calling, and social responsibility. Research directions include youth and generational experiences in urban public spaces, the role of social enterprises in shaping work satisfaction, and the critical evaluation of national health statistics frameworks to better reflect social realities. The lab also investigates digital behaviors, especially video game use among youth, through a non-medicalized, practice-based lens.
Professor Ji-young Han's research lab specializes in organizational behavior and team dynamics, with a strong focus on the psychological and cultural factors that influence team effectiveness. The lab explores how communication climate, procedural justice, and team-level processes shape team engagement, performance, and organizational commitment. Grounded in conservation of resources theory, the lab investigates the interplay between individual and collective resources in team settings, emphasizing the role of relational and cultural factors in fostering high-performance teams.
Professor Yong Jeong's research lab specializes in neuroscience and cognitive disorders, with a primary focus on the neural mechanisms underlying memory formation and dysfunction in Alzheimer’s disease. The lab investigates the role of hippocampal-retrosplenial cortex interactions during slow-wave sleep, particularly the dynamics of sharp-wave ripples (SWRs), in mediating long-term memory consolidation. Using advanced neurophysiological techniques such as in vivo electrophysiology and optogenetics, the lab aims to uncover how disruptions in these oscillatory networks contribute to early memory deficits in neurodegenerative diseases. Their work bridges systems neuroscience with translational research to identify potential biomarkers and therapeutic targets for early intervention in dementia.
Professor Dongwoo Kim's research lab specializes in philosophical logic, metaphysics, and the philosophy of language, with a particular focus on modal logic, truthmaker theory, and the semantics of necessity and possibility. The lab investigates foundational issues in modal metaphysics—such as the necessity of origin, the nature of essential truths, and the semantics of modalized propositions—using formal and conceptual analysis. It also explores the philosophical underpinnings of reference, truth, and meaning, especially in light of Kripkean and Fregean frameworks, and examines how these ideas intersect with contemporary issues in epistemology and the philosophy of science.
Professor Jang-Geun Song's research lab specializes in advanced materials and device engineering for next-generation display technologies and intelligent mechatronic systems. The lab focuses on developing functional liquid crystals and amorphous oxide semiconductors—particularly a-IGZO thin-film transistors—for high-performance, stable, and tunable optoelectronic devices. It also explores innovative design methodologies for mechatronic mechanisms, emphasizing computational synthesis with obstacle avoidance and control system simulation for precision motion systems. The integration of materials science, device physics, and system-level control defines the lab’s interdisciplinary approach to advancing display and automation technologies.
Professor Kee-Won Choi's research lab specializes in advanced wireless communication systems and intelligent signal processing, with a focus on ultra-dense networks (UDN), software-defined radio (SDR) platforms, and electromyography (EMG)-based human-machine interfaces. The lab develops innovative solutions for spectrum efficiency, interference management, and real-time gesture recognition using deep learning and FPGA-accelerated signal processing. Key research directions include physical-layer optimization, real-time adaptive resource allocation, and the integration of bio-signals with wireless systems for next-generation human-centric communication technologies.
Professor Jae-Seong Oh's research lies at the intersection of algebraic combinatorics, representation theory, and symmetric function theory. His work centers on combinatorial structures such as web permutations, chromatic symmetric functions, and Macdonald polynomials, with a focus on providing positive combinatorial formulas and understanding transition matrices between canonical bases. He investigates deep connections to representation theory of symmetric groups, elliptic Hall algebras, and link homology, particularly through the lens of parking functions and cyclic sieving phenomena. His recent work also extends to rational analogues of classical combinatorial involutions and q-analogues in rook theory.
Professor Young-Kel Lim's research focuses on Korean literary and intellectual history of the Joseon dynasty, particularly the study of classical texts, Confucian thought, and the evolution of historical consciousness. His work explores the reception and interpretation of Chinese classical literature, the development of political and international thought in late Joseon scholars, and the critical analysis of historical manuscripts and personal writings. He also investigates educational materials in Korean language and literature, especially the role of classical texts in modern curricula, reflecting a strong commitment to bridging historical scholarship with contemporary educational practice.
Professor Soseong Park's research lab specializes in the philosophical and cultural reinterpretation of East Asian intellectual traditions, with a focus on foundational concepts such as 'Segyeung' (성균), 'Geobyeok' (개벽), and 'naturalism' in Confucian and Daoist thought. The lab employs interdisciplinary methodologies—ranging from textual analysis and digital humanities (e.g., distant reading and NLP) to historical-philosophical inquiry—to re-examine the evolution of key terms in Korean and East Asian thought, particularly their transformation in modern and contemporary contexts. A central direction is the recovery and reimagining of indigenous Korean philosophical ideals as alternatives to Western or Japanese modernity, especially through the lens of 'philosophical modernity' and the ethical dimensions of education and social transformation.
Professor Youngko's research lab specializes in data-driven systems and intelligent modeling, focusing on the integration of big data, machine learning, and statistical analysis to solve real-world challenges in healthcare, energy, aquaculture, and infrastructure. The lab develops advanced predictive models—particularly using probabilistic and state-space methods—for optimizing system performance and decision-making under uncertainty. Key research directions include e-health strategy development, energy consumption analysis via smart metering, and the application of Gaussian process regression for sustainable aquaculture. The lab also explores innovative AI techniques such as Retrieval-Augmented Generation with controlled noise to enhance language model performance.
Professor Eun-Sung Jang's research lab specializes in video and image compression technologies, with a strong focus on developing low-complexity, high-efficiency coding algorithms for real-time and scalable multimedia applications. The lab's main research directions include 3D mesh compression, HEVC and MPEG-4 video coding optimization, demosaicing techniques for digital imaging, and lossless image compression with adaptive prediction and arithmetic coding. Their work consistently emphasizes balancing compression performance with computational efficiency, particularly for practical deployment in consumer electronics and broadcasting systems.
Professor Yang Shen's research lab specializes in the intersection of digital transformation, industrial innovation, and sustainable development. The lab focuses on how intelligent manufacturing, digital technology, and inclusive financial mechanisms can drive green economic growth, reduce environmental pollution, and enhance labor market dynamics in China. Key research directions include the impact of artificial intelligence and digitalization on carbon emissions, industrial green total factor productivity, and employment outcomes, with a strong emphasis on empirical analysis using large-scale provincial and city-level panel data.
Professor Jin-Hee Na's research lab focuses on the sociocultural dynamics of identity, education, and inequality in contemporary South Korean society, with a particular emphasis on youth experiences related to regional origin and academic background. The lab investigates how structural inequalities are emotionally and psychologically internalized by young people through media representations and institutional practices, especially in education and employment. Drawing on critical theory and cultural studies, particularly Raymond Williams’ concept of 'structure of feelings,' the lab explores the emotional and symbolic dimensions of social stratification under neoliberalism. Current research integrates textual analysis of television dramas and documentaries with qualitative interviews to uncover the lived realities of regional and educational marginalization among youth.
Professor Ji-Hyun Park's research lab specializes in risk assessment and system reliability within complex engineering systems, with a focus on safety management in high-stakes industries such as aviation and construction. The lab develops advanced analytical models—such as improved FMEA methods, game-theoretic models for cartel behavior, and GPS-based monitoring systems—to address operational risks, system failures, and process optimization. Research also extends to biological systems, particularly in understanding cellular responses to toxins, reflecting a multidisciplinary approach to risk and failure analysis. The lab emphasizes data-driven modeling, systematization of complex systems, and real-time monitoring for improved decision-making and safety.
Professor Soo Yeon Choi's research lab focuses on the intersection of infectious diseases and cancer biology, particularly investigating how chronic infections with pathogens like Trichomonas vaginalis contribute to the progression of prostate cancer. The lab explores the tumor-promoting microenvironment induced by parasitic infections, emphasizing the role of inflammatory cytokines such as CXCL1 and CCL2 in enhancing cancer cell proliferation, migration, and invasion. Using in vitro and in vivo models, the lab examines signaling pathways involving cytokine receptors (e.g., CXCR2, CCR2, gp130) to identify potential therapeutic targets. Their work highlights the importance of host-pathogen interactions in cancer development and progression.
Professor Sumi Kim’s research lab specializes in cultural policy, cultural diplomacy, and the institutionalisation of cultural heritage, with a particular focus on the globalisation of Korean culture through museums, exhibitions, and digital governance. The lab investigates how cultural branding, K-pop, and transnational museum collaborations—such as the Korea Foundation Gallery at the British Museum and the Metropolitan Museum of Art’s Arts of Korea exhibition—serve as strategic tools in South Korea’s soft power projection. It also explores the role of digital transformation in redefining museum accessibility, public engagement, and cultural equity, especially through AI-driven curation and open data initiatives. The lab’s interdisciplinary approach bridges cultural studies, political science, and museum studies to examine the intersection of policy, technology, and identity in contemporary cultural institutions.
Professor Sang-Jin Park's research lab specializes in civil and environmental engineering with a focus on sustainable urban development, particularly in public housing and landscape infrastructure. The lab investigates cost-efficiency, resource allocation, and public value in large-scale residential projects, integrating statistical analysis, survey-based value assessment, and engineering simulation. Research directions include optimizing landscape construction cost estimation, evaluating public preferences in urban green space design, and analyzing electromechanical systems in mechanical engineering applications.
Professor Kyung Sung Ahn's research lab specializes in head and neck surgical disorders, with a strong focus on temporal bone pathology, facial nerve disorders, and deep neck infections. The lab investigates the radiological and surgical aspects of conditions such as facial nerve paralysis, cholesteatoma-induced automastoidectomy, vascular anomalies in the middle ear, and the management of deep neck space infections. Their work emphasizes accurate diagnosis through advanced imaging techniques like dynamic temporal bone CT and correlates clinical outcomes with surgical interventions. The lab's research contributes significantly to improving diagnostic precision and patient safety in otolaryngological surgery.
