Explore research labs at leading universities worldwide — research fields and key papers at a glance.
Professor Juhong Park's research lab specializes in interdisciplinary studies at the intersection of robotics, computer vision, and bioactive natural products. The lab focuses on developing advanced path planning algorithms for robotic systems using hybrid methods combining reinforcement learning, neural networks, and computer vision to enhance efficiency and autonomy in dynamic environments. Additionally, the lab investigates the phytochemical composition and bioactive properties of underutilized plant parts, such as Coccinia grandis and onion leaves, to explore their nutritional and therapeutic potential. A parallel line of research explores nanomaterials for energy applications, particularly silicon nanowires with engineered surface structures to improve thermoelectric performance.
Professor Young-Pil Cho's research lab specializes in hardware-assisted system security and trustworthy computing, focusing on building practical and efficient security solutions for modern computing systems. The lab explores innovative hardware extensions—such as Memory Tagging Extension and TrustZone-based isolation—to defend against critical vulnerabilities like use-after-free errors, spatial memory violations, and insider threats in remote and virtualized environments. Their work bridges the gap between theoretical security mechanisms and real-world deployment by emphasizing low performance overhead and compatibility with commodity systems. The lab also investigates secure execution environments and efficient monitoring techniques for protecting critical system components like OS kernels and trusted applications.
Professor Pildoosung Sung's research lab focuses on aging, social relationships, and health disparities in East and Southeast Asia, with a particular emphasis on understanding the interplay between social integration, mental health, and well-being among older adults. The lab investigates caregiving experiences, social network dynamics, social isolation, lifelong learning, volunteering, and interpersonal trust, using advanced longitudinal and multivariate statistical methods such as latent profile analysis, latent transition analysis, and cross-lagged panel models. A central theme is the cultural specificity of social trust and its implications for health outcomes in East Asian societies.
Professor Sungmi Jeon's research lab specializes in regenerative medicine and surgical tissue engineering, with a focus on enhancing wound healing and tissue regeneration through innovative biomaterials and molecular therapies. The lab investigates hypoxia-responsive pathways, particularly HIF-1α signaling, to improve outcomes in chronic wounds and skin flaps. Key research directions include the development of engineered extracellular vesicles, oxygen-generating microparticles, and bioactive hydrogels for clinical applications in plastic and reconstructive surgery.
Professor Jiyeoun Song's research lab focuses on comparative labor market politics, immigration policy, and social protection in East Asian countries, with a particular emphasis on Japan and South Korea. The lab investigates the institutional and political dynamics behind labor market dualism, the integration of foreign workers—especially in care work—and the divergent pathways of immigrant incorporation in homogeneous societies. It also examines how demographic challenges, political leadership, and state-society relations shape welfare and migration policies in advanced industrialized nations.
Professor Yoo-Kyung Lim's research lab specializes in cultural politics, diaspora studies, and the historical construction of national identity, particularly focusing on North Korea and Korean diasporic communities. The lab investigates how state-sponsored cultural and propaganda initiatives—such as North Korean cultural delegations to the Soviet Union or Cold War-era intelligence operations—shaped national narratives and ideological frameworks. It also explores the discursive formation of 'the North' in South Korean society, examining how political, literary, and visual texts have contributed to the imagining and reimagining of North Korea as both a threat and a symbolic other. The lab emphasizes critical discourse analysis, literary criticism, and archival research to uncover the unconscious ideological currents embedded in cultural production.
Professor Young Ki Park's research lab specializes in user-oriented architectural design, with a strong focus on spatial cognition, post-occupancy evaluation (POE), and the design of high-rise and mixed-use residential buildings. The lab investigates how people perceive and interact with built environments—particularly in super-tall and multi-functional housing—emphasizing psychological and behavioral responses to spatial configurations, circulation, and public spaces. A key research direction involves integrating resident and facility manager perspectives to develop evidence-based POE models for improving design quality and community well-being in urban housing. The lab also explores intergenerational interactions in multi-functional welfare facilities and the role of spatial layout in fostering social cohesion and quality of life.
Professor Jaegun Park's research lab specializes in advanced thin film deposition, nanomaterial synthesis, and surface engineering for next-generation electronic and optoelectronic devices. Key research directions include plasma-enhanced atomic layer deposition for high-quality dielectric and passivation layers, development of quantum dot enhancement films for high-color-gamut displays, and optimization of interface layers and polishing processes in semiconductor and flexible electronics. The lab focuses on materials and processes compatible with flexible, organic, and thermally sensitive substrates, enabling applications in polymer solar cells, flexible memory devices, and high-performance displays.
Professor Gonjin Song's research lab specializes in clinical and translational epidemiology, focusing on the genetic and environmental determinants of common chronic diseases and behavioral health conditions. The lab conducts large-scale, population-based studies and systematic reviews to explore associations between pharmacological exposures (e.g., antihypertensives, statins), genetic polymorphisms (e.g., CYP3A5*3, ABCA1 69C>T), and health outcomes such as psoriasis, type 2 diabetes, and psychiatric behaviors like aggression and ADHD. Their work integrates genetic epidemiology with psychosocial factors, emphasizing evidence-based medicine through meta-analytic approaches.
Professor Jeongwon Kang's research lab specializes in intangible cultural heritage, folklore studies, and postcolonial dimensions of cultural identity, with a focus on the intersection of tradition, migration, and national or global cultural policy. The lab explores how cultural practices—especially oral traditions and festivals—are preserved, transformed, or marginalized under political and social change, particularly in multicultural and postcolonial contexts. It emphasizes decolonial approaches in folklore scholarship, advocating for a human-centered model of 'Homo Folkloricus' as a counter-narrative to economic and colonial modernity.
Professor Sungwoo Lee's research lab specializes in political sociology, with a focus on political ideology, party politics, and the dynamics of political institutions. The lab investigates how policy issues—particularly in economics, education, and welfare—shape ideological polarization among both political elites and the general public. It also examines the long-term impact of historical memory and state violence on national political identity, especially through case studies of pivotal events like the Gwangju Uprising and Jeju 4.3 Incident. Additionally, the lab explores macroeconomic policy formation, particularly in comparative contexts such as Japan’s Abenomics, emphasizing the role of state-led economic strategies in shaping national development trajectories.
Professor Young Nam Woo's research lab specializes in urological oncology, with a focus on the molecular pathology of bladder cancer, particularly the prognostic significance of p53 and Bcl-2 protein expressions. The lab also investigates genitourinary tract diseases, including obstructive uropathy due to tuberculous strictures and lupus nephropathy, emphasizing clinical outcomes and interventional strategies such as stenting and nephrostomy. Additionally, the lab contributes to pediatric urology research, particularly in the medical management of vesicoureteral reflux and the long-term outcomes of children with this condition. Their work integrates clinical pathology, urological imaging, and therapeutic interventions to improve patient prognosis and understanding of disease mechanisms.
Professor Seung-Woo Cho's research lab specializes in advanced tissue engineering and regenerative medicine, focusing on creating functional, implantable tissues through innovative biomaterials and biophysical microenvironments. The lab investigates how mechanical cues—such as cyclic stretch and shear stress—enhance the maturation and functionality of engineered smooth muscle and vascular tissues. By integrating microfluidic platforms, biodegradable scaffolds, and nonviral gene delivery systems, the lab aims to recapitulate in vivo physiological conditions to drive stem cell differentiation and tissue morphogenesis. A central theme is the development of bioartificial organs, particularly for liver and vascular regeneration, to address clinical challenges like donor shortages and end-stage organ failure.
Professor Eun-Chong Lee's research lab focuses on the role of chromatin architecture, particularly CTCF-mediated genome organization, in regulating gene expression across immune cells and metabolic tissues. The lab investigates how three-dimensional genome dynamics—such as chromatin looping, phase-separated transcriptional condensates, and enhancer-promoter interactions—govern cell identity, immune responses, and metabolic homeostasis. Using integrative multi-omics approaches, including 3C-based methods, single-cell genomics, and epigenomic profiling, the lab uncovers the mechanistic links between 3D genome organization and disease-relevant gene regulation. Their work reveals how disruptions in CTCF function lead to immune dysregulation and metabolic disorders such as hepatosteatosis.
Professor Jun-Tae Hong's research lab specializes in neuromotor rehabilitation using wearable robotic technologies, with a focus on robot-assisted gait training (RAGT) for children and adults with neurological and musculoskeletal disorders. The lab investigates the clinical effectiveness, safety, and biomechanical mechanisms of joint-torque-assisting wearable exoskeletal robots in conditions such as cerebral palsy, stroke, spinal cord injury, and traumatic brain injury. Research emphasizes improving motor function, balance, walking endurance, and gait quality through intensive, task-specific training enabled by advanced wearable robotics. The lab also explores neuroplasticity modulation using non-invasive brain stimulation in conjunction with robotic rehabilitation.
Professor Sun-suk Ryu's research lab specializes in Korean language education, with a strong focus on curriculum development, textbook design, and innovative pedagogical approaches for foreign language learners. The lab explores academic Korean language instruction for international students, emphasizing context-based, task-driven materials that support university-level academic performance. It also investigates emerging technologies such as metaverse platforms to enhance language acquisition through immersive, experiential learning environments. Additionally, the lab examines learner-centered strategies, including learning styles and anxiety reduction, to improve listening proficiency and overall language competence.
Professor Chenglin Fan's research lab specializes in computational geometry, metric learning, and privacy-preserving data analysis. The lab focuses on fundamental algorithmic problems involving distance metrics, including metric repair, Voronoi diagrams under geometric constraints, and differential privacy in graph and proximity data. A key theme is developing efficient, provably correct algorithms for real-world data with noise or privacy constraints, particularly in applications like online classification, network analysis, and curve similarity. The lab also explores the theoretical and practical aspects of distance approximation and data compression in machine learning and spatial databases.
Professor Nam Gyu Park's research lab specializes in strategic management, organizational learning, and internationalization strategies within dynamic industries such as fashion, film, and small-to-medium enterprises. The lab focuses on core strategic concepts like exploration and exploitation, firm-level capabilities, and the role of governance structures in shaping corporate decisions such as spin-offs. It also investigates global market entry strategies, particularly in creative industries, emphasizing the interplay between innovation, competitive advantage, and institutional context.
Professor Hyungju Kwon's research lab specializes in public policy, welfare state development, and social equity in East Asian contexts, with a particular focus on South Korea. The lab explores the normative foundations of universal welfare, the interplay between market-oriented development and social inclusion, and the institutional and cultural factors shaping policy coherence and ethical governance. Key research directions include the structural roots of social inequality, the role of historical policy paradigms in shaping contemporary welfare models, and the ethical leadership that sustains integrity in public administration.
Professor Won-Ji Yu's research lab focuses on understanding the molecular mechanisms underlying aggressive solid tumors, particularly triple-negative breast cancer (TNBC), pancreatic cancer, and gastric cancer. The lab investigates key signaling pathways such as RAS/ERK and Wnt/β-catenin, which drive tumor progression and therapy resistance, with an emphasis on identifying novel therapeutic targets and developing small-molecule inhibitors that simultaneously degrade oncoproteins like β-catenin and RAS. The lab also pioneers the use of liquid biopsy technologies, including low-pass whole-genome sequencing of circulating tumor DNA, to detect somatic copy number aberrations and improve prognostic and predictive biomarker discovery in metastatic and neoadjuvant settings.
