世界の主要大学の研究室を探索 — 研究分野と主要論文を一目で確認できます。
Professor Ha-Jae Choi's research lab specializes in neurological imaging and the pathophysiology of toxic brain injury, with a particular focus on carbon monoxide (CO) poisoning. The lab investigates the correlation between structural brain changes observed on MRI and functional metabolic alterations detected via FDG-PET, especially in regions critical for memory such as the hippocampus and globus pallidus. Their work aims to improve diagnostic accuracy and understand the mechanisms underlying cognitive deficits following toxic exposure. The lab also contributes to clinical neuroscience by integrating advanced neuroimaging techniques to evaluate long-term neurological outcomes.
Professor Won-Young Choi's research lab specializes in ultrasonic non-destructive testing and biometric imaging technologies, with a strong focus on innovative ultrasonic transducer design and applications in fingerprint recognition. The lab also conducts life cycle assessment (LCA) studies for construction materials, particularly concrete, to support sustainable development. Additionally, the lab explores psychosocial factors in health and well-being, particularly the impact of social support and body image attitudes on physical satisfaction among young women.
Professor Chang-Wan Ryu's research lab specializes in innovation and entrepreneurship, with a focus on startup ecosystems, technology licensing strategies, and venture firm governance. The lab investigates the strategic decisions of early-stage ventures, including go-to-market approaches, partnership dynamics, and the role of external support such as government policies and social recognition. It also explores practical methodologies like design-driven prototyping and game-theoretic models to enhance startup success and reduce failure rates. The lab bridges theory and practice, offering actionable frameworks for entrepreneurs, educators, and mentors.
Professor Duk Kim's research lab specializes in clinical diagnostics and translational biomedical research, with a strong focus on improving the accuracy and efficiency of infectious disease and hematological disorder detection. The lab develops and evaluates molecular diagnostic tools—such as multiplex PCR assays and latex agglutination reagents—for viral hepatitis, fetal hemoglobin, and blood loss estimation. Their work bridges laboratory innovation with clinical application, emphasizing objective, quantitative methods to enhance patient care and reduce unnecessary blood transfusions.
Professor Bahn Sangwoo's research lab specializes in human-centered product design and experience evaluation, focusing on user experience (UX) metrics, tactile and operational feelings in consumer products, and the integration of sensory and emotional responses in product development. The lab applies advanced statistical and computational methods—such as multivariate analysis, fuzzy mathematical morphology, and CORBA-based system architecture—to address challenges in usability, design optimization, and intelligent system integration across diverse domains including electronics, mobile devices, and service environments.
Professor Weonsang Simon Ro's research lab specializes in translational cancer biology, with a focus on molecular mechanisms underlying hepatocellular carcinoma (HCC) and the repurposing of immunosuppressive drugs for cancer therapy. The lab investigates the therapeutic potential of low-dose rapamycin and other mTOR inhibitors in preventing and treating HCC in preclinical models, particularly in genetically engineered mouse models that mimic human HCC pathogenesis. Current research also explores combination therapies involving immunosuppressants to balance anti-tumor efficacy with immune regulation. The lab aims to bridge basic cancer biology with clinical applications, particularly in liver cancer prevention and treatment strategies.
Professor Young-Rin Kwon's research lab focuses on population health, with a strong emphasis on gender-sensitive health promotion, preconception care, and the impact of environmental and urban land use on maternal and child health outcomes. The lab conducts interdisciplinary, ecologically informed studies that integrate medical, social, and environmental sciences to address health disparities and support sustainable development goals (SDGs), particularly in the areas of gender equality and environmental health. A central theme is the development of comprehensive, gender-sensitive health matrices to operationalize abstract concepts in public health policy and practice.
Professor Min-jeong Choi's research lab specializes in the identification and risk assessment of environmental and herbal contaminants, particularly metal allergens such as nickel, chromium, and cobalt, in traditional herbal medicines and related products. The lab focuses on the analytical characterization of these metals using advanced techniques like inductively coupled plasma mass spectrometry (ICP-MS), aiming to support patient safety and clinical counseling, especially for individuals with metal allergies. The research also explores the role of environmental and dietary factors in chronic inflammatory conditions, such as orofacial granulomatosis, linking metal exposure to immune-mediated disorders. The lab's work bridges clinical medicine, toxicology, and pharmaceutical sciences to improve the safety of herbal and complementary therapies.
Professor Lee Jun-Yeop's research lab specializes in numerical analysis, scientific computing, and computational modeling with a focus on developing efficient and accurate numerical methods for partial differential equations (PDEs) arising in fluid dynamics, image processing, and medical imaging. The lab emphasizes model order reduction techniques—particularly using centroidal Voronoi tessellations and prolate spheroidal wave functions—for solving complex PDEs such as the Burgers and Allen–Cahn equations. Another key direction involves advanced numerical schemes, including operator splitting and phase-field methods, for multiphase image segmentation and inverse problems in magnetic resonance imaging. The lab also explores applications of these mathematical tools in real-world challenges such as non-uniform Fourier sampling and signal processing.
Professor Su-kyung Hwang's research lab specializes in early modern English literature, with a focus on the intersections of religious identity, bodily representation, and theatricality in the Renaissance period. The lab explores how sacred and secular bodies—particularly those of clergy, monarchs, and religious figures—were constructed, performed, and transformed on stage and in literary texts, especially in relation to Protestant reform and anti-Catholic sentiment. Key research directions include the symbolic and material functions of vestments, the dramaturgy of religious conversion, and the narrative potential of silence and disguise in Shakespearean and medieval drama. The lab also investigates digital humanities applications, such as story database development based on literary motifs for narrative innovation.
Professor Pang Jeong's research lab specializes in the development of efficient and environmentally sustainable agrochemical formulations, with a primary focus on herbicide innovation and optimization. The lab investigates synergistic herbicidal effects through rational pesticide combination, emphasizing broad-spectrum weed control and improved application efficiency in non-crop areas. Key research directions include formulation design of microemulsions, physicochemical property evaluation, and field efficacy testing of novel herbicide systems.
Professor Young Hwan Lee's research lab specializes in ancient Greek philosophy, particularly the works of Plato and Socrates, with a focus on ethical and political dimensions in dialogues such as *Crito* and *Euthyphro*. The lab explores philosophical foundations of justice, authority, and moral obligation, examining tensions between ideal principles and practical constraints in political and personal life. It also engages with contemporary ethical issues, including animal rights and personhood theory, through a philosophical lens rooted in classical thought. The lab emphasizes critical analysis of philosophical texts, historical-philosophical methodology, and the enduring relevance of ancient philosophy to modern moral and political questions.
Professor Jung Soo Han's research lab specializes in continental philosophy, with a primary focus on Martin Heidegger’s thought and its intersections with East Asian philosophy, particularly Daoist and Confucian traditions. The lab explores core Heideggerian concepts such as truth, being, art, and authenticity through comparative philosophical inquiry, emphasizing the hermeneutic and phenomenological dimensions of Heidegger’s later works. Key research directions include the philosophical analysis of art and truth in Heidegger’s 'The Origin of the Work of Art,' the concept of 'uselessness' (Wozu-Ohne-Zweck) in relation to Zhuangzi’s Wu-wei, and the comparative study of Heidegger’s Lichtung (clearing) with Daoist Wu (non-being). The lab also investigates Heidegger’s political and historical thinking, particularly in relation to the concept of 'founding' (Gründung) in the context of the polis and constitutional foundations. These inquiries are grounded in close textual analysis of Heidegger’s lectures and unpublished manuscripts, as well as critical engagement with East Asian philosophical texts and Western hermeneutics.
Professor Sukhwan Choi's research focuses on labor law, industrial relations, and regulatory frameworks in the context of evolving work structures and globalization. His work explores the legal classification and legitimacy of personnel transfers, the expansion of collective agreements beyond signatory parties, the regulation of non-traditional workers in platform and gig economies, and the challenges of cross-border labor relations under international private law. He critically examines how traditional labor law principles adapt to new forms of work, technological change, and transnational employment relationships, often drawing comparative insights from Japanese legal developments. His research also engages with constitutional and legislative history, particularly in the context of South Korea’s labor law reforms.
Professor Kyung-A Kim's research lab specializes in interdisciplinary studies at the intersection of health sciences, data analytics, and industrial economics. The lab focuses on quantifying economic externalities in digital and healthcare markets, particularly examining the impact of content providers on internet service providers’ revenues and the clinical implications of hypoxia-related pathways in ocular diseases. Additionally, the lab applies advanced statistical and data mining techniques—such as weighted bi-clustering and structural vector autoregression—to analyze heterogeneous empirical data in usability research and commodity price dynamics.
Professor Hae-na Jeong's research lab specializes in the intersection of traditional Korean art materials and modern conservation science. The lab investigates the aging stability and long-term durability of hanji (traditional Korean paper) when used with various artistic media, including ink, acrylics, and powdered pigments. Research focuses on evaluating physical and chemical changes under accelerated aging conditions, with an emphasis on preserving cultural heritage through scientific analysis. The lab also explores innovative educational applications of art materials, such as using Torrance's creativity test as a foundation for art education interventions in elementary classrooms.
Professor Sang-yong Sim's research lab focuses on the intersection of modern and contemporary art with philosophical, religious, and ideological frameworks, particularly exploring how spiritual beliefs, systemic structures, and cultural mythologies shape artistic production and reception. The lab investigates the symbolic and cognitive dimensions of art, especially in relation to mysticism (e.g., Theosophy, Anthroposophy), consumer culture (e.g., Warhol effect, Warholism), and the role of belief systems in shaping artistic value and perception. Central themes include the sacred in art, the mythologization of artists, and the ideological underpinnings of art institutions and markets.
Professor Eunmi Noh's research lab specializes in human resource development (HRD) and educational innovation in the context of digital transformation and AI integration. The lab focuses on building competency frameworks for educators and professionals—particularly in K-12, higher education, and specialized training contexts—by combining instructional design, workforce development, and data-driven evaluation. Key research directions include AI-enabled teaching competencies, career education for international students, and sustainable strategic development for university administrative staff. The lab employs mixed-methods research, including DACUM workshops, Delphi studies, and survey validation, to create practical, evidence-based models for education and organizational development.
Professor Minja Oh's research lab specializes in digital transformation and intelligent design in the ship and offshore engineering industries. The lab focuses on leveraging big data analytics, deep learning, and advanced geometric modeling to optimize ship design processes, particularly in hull form optimization and material requirement estimation. Key research directions include developing AI-driven tools for resistance prediction, automating offset generation from NURBS surfaces, and building scalable data platforms for efficient data utilization in shipyards.
Professor Il-dong Jeon's research lab specializes in experimental nuclear physics, with a focus on quantum phenomena in nuclear systems and the manipulation of nuclear level widths through electromagnetic interactions. The lab investigates the effects of nuclear recoil and γ-ray reabsorption in solid-state matrices, particularly using reflective materials like platinum to modify the linewidths of excited nuclear states. Their work explores fundamental aspects of nuclear decay dynamics and the potential for controlling nuclear properties in condensed matter environments.
