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 Soo-Kook Kim's research lab specializes in algebraic combinatorics, with a focus on symmetric functions, special polynomials, and their connections to polytopes, partitions, and orthogonal polynomials. The lab explores deep combinatorial structures such as noncrossing partitions, flow polytopes, and Young tableaux, often linking them to classical integrals like the Selberg integral and orthogonal polynomials such as Askey–Wilson. A central theme is the development of combinatorial proofs and interpretations for algebraic identities, including cyclic sieving phenomena and q-analogues of Catalan and Narayana numbers. The lab also investigates refined symmetric functions and their applications in representation theory and enumerative combinatorics.
Professor Kyungsook Choi's research lab focuses on pharmaceutical care, clinical pharmacy practice, and translational research in patient-centered healthcare. The lab investigates clinical pharmacy interventions to optimize medication therapy, particularly in specialized units such as neurocritical care, with an emphasis on improving patient outcomes and healthcare economics. Additionally, the lab explores diagnostic biomarkers, such as galactomannan in fungal infections, and contributes to evidence-based nutrition guidelines for diabetes management in the Korean population. The research integrates clinical pharmacy, health outcomes, and public health data to address real-world patient care challenges.
Professor Soo Jeong's research lab specializes in advanced analytical techniques for food safety and quality assessment, focusing on the development of innovative sensing technologies and data-driven methods. The lab pioneers the application of hyperspectral imaging, microfluidic paper-based devices (μPADs), and machine learning algorithms—particularly deep learning and artificial neural networks—for the rapid, sensitive, and portable detection of contaminants such as mycotoxins and foreign materials in food. Key research directions include improving detection limits, reducing reliance on manual labeling through semisupervised learning, and integrating optical, electrochemical, and spectral detection strategies for real-world deployment in agricultural and food processing environments.
Professor Won Mo Jang's research lab focuses on public health behavior, health policy, and healthcare quality improvement, with a strong emphasis on population-level responses to infectious disease outbreaks such as MERS and COVID-19. The lab investigates risk perception, vaccine hesitancy, preventive behaviors, and the role of trust in government during public health crises. It also examines healthcare access, quality measurement, and performance incentives in the Korean national health system, particularly through data-driven policy evaluation.
Professor Ji Oon Lee's research lab specializes in mathematical physics and probability theory, with a focus on random matrix theory, spectral statistics of large random matrices, and the mean-field limits of many-body quantum systems. The lab investigates the universality of eigenvalue distributions, including Tracy–Widom fluctuations and bulk universality, in Wigner-type random matrices with general additive or multiplicative perturbations. It also studies the convergence of many-body quantum dynamics to nonlinear mean-field equations, such as the Hartree and semi-relativistic Hartree equations, with precise 1/N convergence rates. The work bridges probability, analysis, and mathematical physics, with applications to quantum mechanics and statistical mechanics.
Professor Youngman Yu's research lab specializes in transformative learning and knowledge systems within higher education, focusing on innovative pedagogies such as flipped learning, community of practice (CoP) development, and instructional systems design. The lab explores the integration of technology and pedagogy through the lens of complexity science and knowledge ecology, emphasizing learner-centered, context-sensitive, and systemic approaches to education. Key research directions include curriculum innovation for knowledge-based societies, evaluation frameworks for collaborative learning communities, and the critical rethinking of traditional instructional design models in response to evolving educational and societal needs.
Professor Hyung-Sook Kim's research lab focuses on integrative health interventions that bridge mental and physical well-being, with a strong emphasis on evidence-based, non-pharmacological approaches to mental health and chronic disease prevention. The lab explores the therapeutic potential of lifestyle interventions—such as nutrition (e.g., lycopene-rich diets), physical activity, yoga, and digitalized art therapy—in reducing depression, stress, and oxidative stress markers. It also pioneers digital transformation in mental health care, particularly through innovative tools like digital mandala therapy and personalized mental health apps. The lab’s work consistently integrates biological, psychological, and community-based perspectives to promote resilience and holistic health.
Professor Yujin Choi's research lab focuses on public administration, organizational behavior, and human resource management with an emphasis on public service motivation, person–job and person–organization fit, knowledge sharing, and career development in the public and non-profit sectors. The lab investigates how individual values, institutional pressures, and organizational structures influence job choice, job satisfaction, and career success—particularly among women and public servants. Using longitudinal and survey-based empirical methods, the lab explores the dynamic interplay between personal motivations, organizational culture, and institutional forces in shaping public sector outcomes.
Professor Gwan-gyu Lee's research lab specializes in systemic functional linguistics (SFL), with a strong focus on grammar education, text analysis, and the application of linguistic theory to Korean language teaching. The lab explores unificational grammar education (UGE) as a holistic approach to language instruction, integrating speaking, listening, reading, writing, and literature. It also investigates the pedagogical, descriptive, and prescriptive dimensions of the Korean orthography (Hangeul), particularly in relation to language standardization and curriculum development. The lab emphasizes practical, context-based language education, including text evaluation, vocabulary instruction, and the development of reliable analytical frameworks for linguistic units such as process types in SFL.
Professor So-Hyun Joo's research lab specializes in personal finance, behavioral finance, and financial literacy, with a strong focus on intergenerational differences in financial behavior, retirement planning, and investor protection. The lab investigates how demographic factors such as age, income level, and financial education influence financial decision-making, risk tolerance, and investment outcomes, particularly among middle-aged and older adults. Using large-scale survey data—including the 2007 Investor Survey and 2014 Household Financial and Social Well-being Survey—the lab conducts empirical analyses on financial fitness, pension savings, and the effectiveness of employee financial education programs.
Professor Kyung Mo Kim's research lab specializes in critical media studies, with a focus on the evolving nature of journalism, media ethics, and public discourse in digital and transnational contexts. The lab investigates how news is constructed, consumed, and framed in online environments, particularly examining the interplay between journalistic practices, audience perceptions, and political discourse. Key research directions include the transformation of traditional news values in digital media, the role of media in shaping public opinion and political consensus, and the ethical dimensions of media coverage in complex socio-political issues such as national security, regional integration, and media framing. The lab also explores the dynamics of media visibility, audience agency, and the institutionalization of journalistic norms in contemporary societies.
Professor MinKi Han's research lab specializes in advanced signal processing, materials science, and intelligent optimization algorithms. The lab focuses on heart rate variability analysis using physiological modeling, microstructure optimization of low-carbon and low-alloy steels through heat treatment, and sustainable construction materials using recycled components. Additionally, the lab develops robust metaheuristic algorithms—such as the Chaotic Quantum Honey Bees Algorithm—for solving complex stochastic and fuzzy programming problems in engineering systems.
Professor Tae-Sook Han's research lab specializes in interdisciplinary studies at the intersection of biomedical engineering, materials science, and intelligent optimization algorithms. The lab focuses on heart rate variability analysis using signal reconstruction models, development of advanced heat treatment processes for high-performance steels, and sustainable construction materials through the use of recycled industrial byproducts. Additionally, the lab explores robust optimization techniques, particularly stochastic-fuzzy programming and nature-inspired algorithms like the Cuckoo Search Honey Bees Algorithm, for solving complex engineering problems under uncertainty.
Professor Se Jin Oh's research lab focuses on the pathophysiological roles of C-reactive protein (CRP), particularly its monomeric form (mCRP), in cardiovascular diseases. The lab investigates how mCRP contributes to tissue injury and inflammation in conditions such as ischemic stroke, myocardial infarction, and abdominal aortic aneurysm (AAA), with an emphasis on molecular mechanisms and immune-inflammatory pathways. Their work integrates clinical imaging, histopathology, and molecular biology to explore biomarkers and therapeutic targets in acute and chronic vascular disorders.
Professor Minju Kang's research lab focuses on family and parenting psychology, particularly examining the interplay between gender role attitudes, spousal support, and parenting stress in dual-earner families. The lab investigates how social support, work-family balance, and spousal cooperation influence parental well-being, with a strong emphasis on spousal dynamics and role perceptions. Additionally, the lab explores adolescent development, including the impacts of parenting styles on academic helplessness, smartphone dependency, and social withdrawal, as well as the effects of social media use on self-esteem and civic consciousness in youth. The research integrates quantitative methods such as structural equation modeling and longitudinal data analysis to uncover complex psychological and behavioral pathways.
Professor Yoon, Chang Ki's research lab specializes in retinal and ocular disease mechanisms, with a strong focus on retinitis pigmentosa (RP), age-related macular degeneration (nAMD), and diabetic macular edema. The lab employs advanced imaging techniques such as spectral and Fourier-domain optical coherence tomography (OCT) to investigate microstructural changes in the retina, particularly in the photoreceptor outer segments, ganglion cell-inner plexiform layer (GCIPL), and retinal nerve fiber layer (RNFL). They also explore therapeutic interventions, including biosimilars (e.g., CKD-701 for nAMD) and drug delivery systems like dexamethasone implants, aiming to improve visual outcomes. Additionally, the lab investigates cellular responses under stress, such as oxidative injury in corneal endothelial cells, using molecular and biochemical approaches.
Professor Jaeyong Kim's research lab focuses on molecular mechanisms underlying breast cancer progression, with a particular emphasis on gene regulation, post-translational modifications, and tumor microenvironment interactions. The lab investigates key regulatory molecules such as microRNAs, transcription factors (e.g., HOXC8, SHOX2), and oncoproteins (e.g., c-Jun), exploring their roles in epithelial-to-mesenchymal transition (EMT), metastasis, and immune evasion. By integrating molecular biology, systems biology, and computational modeling, the lab aims to uncover novel therapeutic targets in aggressive breast cancer subtypes, especially triple-negative breast cancer. The research also extends to developing advanced analytical methods for complex biological data, including histogram-valued data and longitudinal omics datasets.
Professor Taerim Kim's research lab specializes in digital health innovation, focusing on leveraging emerging technologies such as blockchain, federated learning, and wearable devices to enhance patient safety, clinical decision-making, and health information management in emergency and critical care settings. The lab investigates personalized and secure health data systems, including mobile personal health records and real-time feedback tools for resuscitation, with an emphasis on usability, data privacy, and clinical outcomes. Key research directions include optimizing emergency department workflows through process mining and AI-driven triage systems, particularly during public health crises.
Professor Sin Dongheui's research lab specializes in environmental and science education, with a strong focus on fostering environmental literacy, scientific literacy, and interdisciplinary teaching competencies. The lab explores innovative pedagogical approaches such as newspaper-based inquiry, GIS/ICT integration, and fusion-based teacher education programs to enhance student learning and teacher effectiveness. Research also emphasizes the development of critical thinking, creativity, and sustainability-oriented competencies in K-12 education.
Professor Tae Hee Hong's research lab specializes in advanced critical care interventions and thoracic surgery, with a strong focus on extracorporeal membrane oxygenation (ECMO) and its applications in cardiogenic shock and post-cardiac arrest support. The lab investigates innovative percutaneous venting techniques—such as transaortic catheter venting (TACV)—to improve left ventricular decompression during venoarterial ECMO, aiming to enhance patient recovery and weaning outcomes. Additionally, the lab contributes to surgical oncology, particularly in complex lung resections like extended sleeve lobectomy, and explores biomarkers such as tumor mutational burden (TMB) to optimize immunotherapy response prediction in lung cancer. The integration of interventional critical care, minimally invasive surgery, and precision oncology defines the lab’s multidisciplinary approach.
