Explore research labs at leading universities worldwide — research fields and key papers at a glance.
Professor Seung Won Cha's research lab focuses on socio-political attitudes toward diversity and environmental policy in contemporary Korean society. The lab investigates public perceptions of equity-based policies, including diversity initiatives and environmental regulations, with an emphasis on generational differences and the role of information in shaping policy support. Research directions include social equity, public opinion on environmental governance, and the dynamics of intergroup attitudes in institutional and political contexts.
Professor Won-ki Cho's research lab specializes in industrial organization, behavioral economics, and structural econometrics, with a strong focus on market dynamics in two-sided platforms and the economic implications of demographic change. The lab investigates strategic interactions among competing platforms in multi-sided markets, analyzing pricing, welfare outcomes, and equilibrium behavior under varying market structures. It also conducts rigorous empirical analysis of socioeconomic inequalities, particularly the impact of population aging on income distribution and social welfare. The lab combines theoretical modeling with large-scale household survey data to derive counterfactual policy simulations and structural estimates.
Professor Aran Park's research lab specializes in digital media law, digital forensics, and the legal implications of emerging technologies such as AI and social media. The lab investigates the intersection of technology, media regulation, and civil liberties, with a focus on issues like non-consensual pornography, transparency in digital platforms, and the impact of generative AI on journalism. It also explores the evolution of media freedom and legal frameworks in the digital age, particularly in relation to new media forms like YouTube and NoSQL database forensics for digital evidence collection.
Professor Jeong Hyun Choi's research lab specializes in Slavic literary and cultural history, with a particular focus on the early development of printing in Eastern and South Slavic regions, the interplay between historical consciousness and literary form, and the symbolic and structural dimensions of epic and historical narratives. The lab investigates how textual traditions, especially in medieval and early modern Russian and Balkan literature, reflect broader cultural transitions, including the impact of the printing press and the formation of national literary identities. It also explores mythopoeic structures and historical repetition in canonical works such as *The Lay of Igor's Campaign* and Ivo Andrić’s *The Bridge on the Drina*, emphasizing the fusion of myth, history, and literary form.
Professor Han-woong Kim's research lab specializes in the historical and cultural dynamics of Tibetan Buddhism within the broader context of Qing dynasty politics and Sino-Tibetan relations. The lab focuses on Tibetan identity formation, religious institutionalism, and the role of Tibetan Buddhist leadership—particularly incarnate lamas—within imperial Chinese governance. It also examines the intersection of historiography, state policy, and ethnic minority voices in 20th- and 21st-century China, especially through primary sources such as Tibetan-authored historical texts and personal writings of Tibetan intellectuals.
Professor Hye Won Mok's research lab specializes in international private law and international commercial law, with a focus on transnational legal issues arising from cross-border contracts, dispute resolution, and digital assets. The lab investigates the application of foreign law—particularly English and U.S. common law principles—within Korean courts, including doctrines such as punitive damages, mitigation of loss, and penalty clauses in international transactions. It also examines the challenges posed by virtual and digital assets to traditional jurisdictional and choice-of-law frameworks, advocating for a rethinking of conventional legal connections in the context of blockchain-based, decentralized financial systems. The lab further explores the recognition and enforcement of foreign arbitral awards and foreign judgments, emphasizing judicial consistency and international legal cooperation.
Professor Suk-in Park's research lab focuses on the tumor microenvironment, particularly the cellular crosstalk between cancer cells and stromal cells in metastatic niches. The lab investigates the role of osteoblasts and other bone-resident stromal cells in promoting tumor progression and metastasis, especially in cancers such as prostate, breast, and lung cancer. Using integrative approaches combining molecular biology, in vivo models, and tumor microenvironment analysis, the lab aims to uncover key regulatory mechanisms driving bone metastasis and to identify novel therapeutic targets. Their work emphasizes the dynamic interactions within the metastatic microenvironment to develop effective intervention strategies.
Professor Woo-kyung Choi's research lab specializes in neonatal and perinatal medicine, with a strong focus on improving outcomes for high-risk and extremely low birth weight infants. The lab investigates early neurodevelopmental assessment, biomarkers for acute kidney injury (such as NGAL), and complications related to neonatal critical care, including malpositioned umbilical venous catheters. Research also extends to maternal-fetal health, particularly perinatal outcomes in preterm twin versus singleton pregnancies. The lab integrates clinical research with practical healthcare system development, including the creation of occupational standards for laboratory safety management.
Professor Kwon-ui Ko's research lab focuses on Science and Technology Studies (STS), with a strong emphasis on the societal, ethical, and cultural dimensions of science and technology. The lab explores how technological development intersects with gender, labor, and historical memory, particularly through the lens of marginalized voices and forgotten laborers. It also investigates innovative pedagogical approaches—especially Problem-Based Learning (PBL) in liberal education—aimed at fostering critical, interdisciplinary, and sustainable thinking in the Anthropocene era. The lab’s work bridges academic inquiry with public engagement, often examining media representations and educational curricula to reframe public understanding of science and technology.
Professor Hye-won Ryu’s research lab specializes in eighteenth-century British literature, gender studies, and the material culture of the long eighteenth century, with a particular focus on corporeality, disguise, and spatiality in autobiographical and fictional narratives. The lab explores how identity, mobility, and power are negotiated through dress, performance, and the built environment in literary and cultural texts. It also investigates the pedagogical design of global history education, emphasizing transcontinental networks and material exchange in shaping world historical consciousness.
Professor Minji Choi's research lab focuses on science curriculum development and textbook analysis, particularly in earth science education for elementary and secondary schools. The lab investigates the conceptual coherence, accuracy, and pedagogical effectiveness of science textbooks, with a special emphasis on geological topics such as minerals, rocks, and their classification systems. By identifying misconceptions and structural inconsistencies in current textbooks, the lab aims to inform the design of more logically sequenced, scientifically accurate, and educationally effective science curricula.
Professor Jang-soo Lee's research lab specializes in nuclear safety and instrumentation & control (I&C) systems, with a focus on hazard analysis, risk assessment, and the resilience of nuclear power plants against both internal failures and external events such as natural disasters. The lab investigates the logical and physical relationships between system faults and safety function degradation, emphasizing the impact of extreme external hazards like tsunamis on I&C systems. Research directions include the development of systematic hazard analysis methodologies and the evaluation of compliance with international safety standards.
Professor Ji-Min Kwon's research lab specializes in next-generation semiconductor technologies, focusing on advanced materials and novel device architectures for ultra-high-speed and energy-efficient electronics. The lab pioneers monolithic 3D integration platforms using III-V semiconductors on glass, atomic layer deposition-grown amorphous oxide semiconductors, and two-dimensional materials like MoS₂ and In₂Se₃ for high-density, low-power memory and logic applications. Key research directions include back-end-of-line (BEOL)-compatible materials growth, 2D semiconductor device physics, and carbon nanotube-based digital circuits with active clock distribution. The lab emphasizes scalable fabrication, statistical device characterization, and integration solutions compatible with existing CMOS processes.
Professor Jung Kun Jin's research lab specializes in micro-scale energy systems and catalytic combustion, focusing on the development of compact, efficient heat sources for microreactors. The lab investigates catalytic materials—particularly platinum-coated porous substrates like Isolite B5—for applications in micro combustors that supply thermal energy to endothermic reactions. Their work emphasizes precise control of reaction conditions, such as flow rate and equivalence ratio, to optimize heat transfer and combustion efficiency in miniaturized systems. The research has strong implications for portable power generation, micro-process engineering, and clean energy technologies.
Professor Sung-Hui Lee's research lab specializes in stochastic modeling and optimization in queueing systems, with a focus on discrete-time queues under various service policies such as N-policy and multiple vacations. The lab also conducts interdisciplinary research at the intersection of urban planning and environmental science, particularly examining urban particulate matter (PM) pollution and its mitigation through urban design. Additionally, the lab develops advanced motion capture technologies using inertial sensors, emphasizing noise reduction and accurate pose estimation through innovative calibration techniques for biomechanical and animation applications.
Professor Jin-Jun Lee's research lab at KAIST specializes in the intersection of media art, artificial intelligence, and embodied interaction, focusing on creating immersive, multisensory experiences through innovative technologies. The lab explores AI-driven artistic expression, including data mosaicing, sonification, and interactive projection systems, to address social and cultural narratives—particularly the voices of marginalized communities. Their work bridges traditional East Asian literati aesthetics with contemporary digital media, using computational systems to translate inner emotional and mental states into multimodal artistic outputs. The lab emphasizes ethical and aesthetic implications of AI in art, challenging dominant representations through palimpsestic, layered computational artworks.
Professor Ji Hyo Kim's research lab focuses on the intersection of artificial intelligence, digitalization, and sustainable energy systems. The lab investigates low- and zero-carbon technologies that can mitigate the growing energy and carbon footprint of AI and data centers, emphasizing sociotechnical systems approaches. Key research directions include identifying scalable clean energy solutions for digital infrastructure, analyzing adoption barriers, and designing evidence-based policy interventions. The lab aims to support the development of a sustainable digital economy through interdisciplinary innovation.
Professor Jae-Young Kang's research lab specializes in computer vision, sensor-based 3D perception, and sequential data modeling, with a strong focus on event-based sensing, gaze estimation, and human mobility analysis. The lab develops advanced algorithms for real-time, high-precision tracking and prediction in dynamic environments using event cameras, depth sensing, and recurrent neural networks. Key research directions include 6D object pose tracking, spatiotemporal feature learning from trajectories, and topology-aware representation learning for mobility prediction.
Professor Sang-Yeop Yoo's research lab specializes in digital transformation, with a focus on the strategic adoption and risk management of emerging technologies such as generative AI and facial recognition payment systems. The lab investigates technology acceptance, organizational adaptation, and the socio-technical implications of AI and cloud-based services, particularly in the context of Korean and Asian markets. It emphasizes holistic evaluation frameworks—such as STAGE-AI Metrics—that integrate technical performance, ethical considerations, sustainability, and social impact to guide responsible innovation.
Professor Simon Estok's research lab specializes in ecocriticism, literary environmentalism, and the intersection of trauma, embodiment, and power in early modern literature. His work critically examines how narrative structures, metaphors, and bodily representations—particularly in Shakespeare’s plays—reflect and shape environmental ethics, social resistance, and the politics of violence. The lab focuses on decoding how literary forms such as sonnets, dramatic prologues, and grotesque imagery convey ecological consciousness and challenge modernist binaries between nature and culture.
