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 Hosseop Jeong's research lab specializes in the archaeology and historical studies of Goguryeo, with a particular focus on royal and elite tombs, epigraphy, and the cultural dynamics of multi-ethnic societies in ancient Northeast Asia. The lab conducts interdisciplinary research integrating archaeological data, historical documents, and epigraphic materials—especially steles and burial inscriptions—to reconstruct social structures, burial practices, and political identities in Goguryeo and its neighboring regions. A key research direction involves analyzing the status and integration of non-Korean ethnic groups, such as Chinese and other northern peoples, within Goguryeo society, especially during the 4th–5th centuries CE. The lab also investigates territorial expansion, frontier zones, and the historical cartography of regions like Nokdu-do, emphasizing the interplay between political control, military strategy, and cultural exchange along ancient borders.
Professor Hawon Su's research lab specializes in the historical study of imperial examination systems (keju) and legal codes in Tang and Song China, with a particular focus on institutional development, bureaucratic recruitment, and the transmission of legal and educational traditions. The lab emphasizes the critical analysis of both excavated texts—such as the *Tiansheng Ling* and * Yonghui Ling canjuan*—and classical literary sources to reconstruct the socio-political realities of Tang-Song governance. A central research direction involves evaluating the reliability and historical context of primary sources to assess their value in understanding the evolution of civil service examinations and administrative law.
Professor Kyungsook Jo's research lab specializes in fashion and textile law, design protection, and the intersection of intellectual property with creative industries. The lab explores legal frameworks governing design and trademark rights—particularly in the context of fashion and footwear—while examining how aesthetic value, functionality, and consumer perception shape legal interpretations. It also investigates practical aspects of apparel design and manufacturing, focusing on body-specific sizing, curriculum development in clothing construction, and the global market adaptation of Korean fashion and textile firms.
Professor Patricia Goedde's research lab focuses on international human rights law, with a particular emphasis on transnational legal mechanisms, state accountability, and the role of international institutions in promoting human rights. Her work explores the intersection of domestic legal systems and global human rights norms, especially in politically sensitive contexts such as North Korea and South Korea. The lab investigates refugee law, civil nuclear liability regimes, and the application of international humanitarian law in counterterrorism and crisis scenarios. A central theme is the effectiveness and limitations of legal mobilization in advancing human rights where political and ideological barriers prevail.
Professor Naye Kim's research lab specializes in dance pedagogy, with a focus on choreographic education, creative process development, and the integration of technology in dance. The lab explores innovative teaching methodologies that nurture creativity and holistic artistic growth in dance students, particularly through the lens of choreographic knowledge, embodied learning, and the fusion of performance with digital technology. Research directions include the cultivation of choreographers in higher education, the phenomenology of creative practice, and the transformation of dance education toward sustainable, interdisciplinary models.
Professor Hui-kyung Ahn's research lab specializes in consumer behavior and decision-making, with a focus on the psychological and emotional drivers behind consumer choices. The lab investigates how factors such as leadership styles, environmental awareness, financial cognition, scarcity messaging, and self-improvement motivations shape attitudes and behaviors in marketing and personal finance contexts. Key research directions include the role of mood and emotions in consumer judgment, the impact of framing and feedback on budgeting biases, and the influence of symbolic self-enhancement on product purchase intentions. The lab integrates theories from social psychology, behavioral economics, and embodied cognition to explore real-world implications in marketing and sustainable consumption.
Professor Yoon Kyung Seo's research lab focuses on interdisciplinary studies at the intersection of education, health sciences, and design innovation. The lab explores media literacy and project-based learning in educational contexts, particularly in elementary education, while also investigating physiological responses in animal models, such as the effects of ischemia-reperfusion on muscle tissue and extracellular matrix proteins. Additionally, the lab examines the role of design in service innovation, emphasizing user-centered approaches in financial and healthcare services. These diverse research directions reflect a strong commitment to improving human well-being through education, biomedical research, and human-centered design.
Professor Jung Keun Lee's research lab specializes in cardiovascular diagnostics and imaging, with a focus on electrocardiographic parameters, cardiac function assessment, and the pathophysiology of heart disease. The lab investigates hemodynamic responses during exercise, particularly PR interval dynamics, and explores the role of inflammatory markers like *Chlamydia pneumoniae* in coronary artery disease. It also conducts clinical studies on rare cardiac tumors, such as arteriovenous hemangiomas, and evaluates non-invasive methods for blood pressure monitoring and left ventricular function. The lab emphasizes translational research linking diagnostic findings to clinical outcomes and therapeutic optimization.
Professor Da-Eun Yoo's research lab specializes in sustainable urban design and children-friendly urbanism, focusing on the integration of environmental performance, walkability, and social equity in residential and neighborhood-scale planning. The lab investigates responsive architectural systems, such as kinetic facades, and develops evaluation frameworks for eco-friendly urban development, including neighborhood-scale sustainability assessment tools. A key emphasis is placed on creating inclusive, accessible, and healthy urban environments—particularly for children—through spatial planning, green infrastructure, and data-informed design strategies.
Professor Lee Kang-Jae's research lab specializes in Chinese language education, with a strong focus on standardized testing, textbook evaluation, and curriculum development for Korean learners. The lab investigates the impact of major Chinese proficiency exams—such as the new HSK—on teaching practices and learner outcomes, while also developing criteria for effective textbook assessment and designing contextually appropriate short-term language programs. The research emphasizes practical, learner-centered approaches tailored to the Korean educational context.
Professor Hyoseong Park's research lab specializes in civic education, democratic citizenship, and moral philosophy, with a focus on fostering reflective, participatory, and ethically responsible citizens. The lab explores the integration of service-learning into moral education, the philosophical foundations of civic virtue—particularly through classical thinkers like Socrates and John Stuart Mill—and the institutionalization of civic identity and patriotism in contemporary democratic societies. Research also examines political authority, deliberative democracy, and the role of educational institutions and civil society in strengthening democratic consciousness and national identity.
Professor Miseong Woo's research lab focuses on critical studies of gender, sexuality, and power in modern and contemporary drama and film, with an emphasis on how marginalized identities—particularly women and racial/ethnic minorities—are represented within literary and cinematic texts. The lab explores intersections of feminism, race, and class, particularly in works that challenge dominant narratives through subversive storytelling and alternative conceptions of justice and identity. Key areas of inquiry include feminist aesthetics, queer theory in performance, and the politics of representation in Asian American and global minority narratives.
Professor Seo Jung Kim's research lab specializes in pediatric health and biomedical engineering, focusing on child growth and development, metabolic health in adolescence, and the advancement of implantable neurotechnologies. The lab investigates physiological changes during puberty, including body composition, growth velocity, and glycated hemoglobin (HbA1c) variability, while also addressing long-term challenges in brain-computer interface (BCI) functionality through innovative biomaterials. A key focus is on improving the biocompatibility and longevity of neural implants using multifunctional surface coatings that reduce foreign body response and signal degradation.
Professor Joo-kyung Son’s research lab specializes in translation studies with a focus on literary and theatrical translation, particularly the interplay between text, performance, and cultural transmission. The lab explores how translation functions not merely as linguistic transfer but as a dramaturgical and rhetorical act deeply embedded in historical, humanistic, and performative contexts. Key research directions include the role of translation in early modern humanism, the adaptation of classical and Renaissance texts (such as Racine’s *Phèdre* and Ronsard’s *Amours*), and the symbolic and poetic functions of myth in shaping national literary identities. The lab also investigates the self-perception of translators as cultural agents, especially in the context of servitude, authorial authority, and creative autonomy.
Professor Jin-Won Jang's research lab specializes in advanced manufacturing processes and mechanical design for fuel cell components, particularly focusing on metallic bipolar plates in molten carbonate fuel cells (MCFCs). The lab investigates forming processes such as slitting, preforming, and three-dimensional forming with an emphasis on minimizing defects like springback and material fracture. Key research directions include process optimization using finite element analysis, CFD simulation for flow uniformity in anode channels, and innovative tool design to enhance dimensional accuracy and performance. The lab integrates computational simulation with experimental validation to improve the efficiency and reliability of fuel cell systems.
Professor Jun Song's research lab specializes in advanced polymer synthesis, particularly the design and functionalization of polyisobutylene with tailored end groups for precision applications. The lab also focuses on materials engineering for optoelectronic devices, especially in enhancing charge transport and interfacial properties in solution-processed organic light-emitting diodes (OLEDs) through surface modification of metal oxide nanoparticles. Additionally, the lab explores theoretical and mechanism-based studies in contract theory and economic incentives, particularly in contexts involving moral hazard and asymmetric information. These diverse research directions reflect a strong integration of synthetic chemistry, materials science, and economic modeling.
Professor Moon Ok Lee's research lab specializes in clinical anesthesiology and interventional radiology, with a focus on optimizing perioperative pain management, improving outcomes in minimally invasive thoracic surgery, and advancing image-guided interventions for gynecological and pulmonary conditions. The lab investigates innovative techniques such as intravenous patient-controlled analgesia, video-laryngoscopy for airway management, and uterine artery embolization using embolic agents, all aimed at enhancing patient safety and recovery. A key emphasis is placed on integrating advanced imaging—like CT multiplanar reconstruction and MRI—into interventional procedures to improve precision and efficacy.
Professor Yong-Tak Lim's research lab specializes in the design and application of advanced nanomaterials for biomedical and environmental technologies. The lab focuses on developing functional nanomaterials such as conjugated polymer nanoparticles, graphene quantum dots, and hybrid photocatalysts for applications in photodynamic therapy, bone tissue engineering, and environmental remediation. A key research direction involves enhancing the biocompatibility, targeting efficiency, and photophysical properties of nanomaterials through innovative surface engineering and hybridization strategies. The lab also explores the integration of biological molecules and inorganic nanomaterials for diagnostic and therapeutic applications in cancer and regenerative medicine.
Professor Abraham Chiwon Ahn's research lab specializes in sustainable and resilient built environments, with a focus on green building certification systems like LEED, modular construction for emergency healthcare facilities, and the design of specialized spaces for infection control and disaster response. The lab investigates innovative architectural solutions for public health crises—particularly infectious disease outbreaks—through rapid deployment of modular isolation units and adaptive reuse of existing infrastructure. It also explores the integration of informal learning environments in university libraries and the architectural expression of place, memory, and cultural context in public buildings.
Professor Byeonghui Kim's research lab specializes in statistical decision theory, with a strong focus on Bayesian inference, admissibility of estimators, and the development of non-informative priors in exponential and generalized gamma families. The lab investigates higher-order asymptotic theory for confidence intervals, reference priors, and matching priors, particularly in models with nuisance parameters. A central theme is the interplay between Bayesian and frequentist inference, especially in nonregular and multiparameter models, with applications to scale and location parameter problems.
