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 Hee-seon Bae's research lab specializes in the development and characterization of advanced semiconductor devices based on wide-bandgap oxides, 2D transition metal dichalcogenides (TMDs), and nanostructured materials. The lab focuses on creating high-performance optoelectronic devices such as photodetectors, thin-film transistors (TFTs), and memory devices with applications in flexible electronics, sensing, and low-power electronics. Key research directions include the integration of ZnO-based TFTs, van der Waals heterostructures (e.g., WSe₂/ReSe₂), and core–shell nanostructures for polarization-sensitive and self-powered photodetection, as well as exploring defect engineering and interface control for enhanced device performance.
Professor Sungdon Kim's research lab specializes in criminal law reform, with a strong focus on restorative justice, preventive criminal policy, and the balance between freedom of expression and reputation protection. The lab explores the theoretical and constitutional foundations of criminal liability, particularly in relation to punitive damages, defamation laws, and juvenile justice systems. It also investigates the legal implications of modern penal policies and their alignment with human rights standards.
Professor Young-Geun Song's research lab specializes in landscape ecology, remote sensing, and environmental sustainability, with a focus on understanding land-use and land-cover changes, ecological connectivity, and forest canopy structure. The lab employs advanced 3D mapping technologies such as LiDAR (airborne, terrestrial, and mobile laser scanning) to quantify vegetation structure, plant area index, and ecosystem services. Research spans urban fringe dynamics, biodiversity conservation in sensitive habitats, and long-term monitoring of ecological changes in protected areas like Jeju Island and Gwangneung forest. The lab integrates spatial analysis, field measurements, and computational modeling to support sustainable land management and conservation planning.
Professor Yu Jin Kim's research lab focuses on health services research, particularly health policy and health economics, with a strong emphasis on healthcare access, financial burden, and health insurance impacts. The lab also conducts clinical and behavioral health research, exploring psychosocial factors such as posttraumatic growth, stigma, and social support in chronic illness. Additionally, the lab engages in health technology innovation, including AI applications in emergency medicine and medical imaging. These interdisciplinary efforts reflect a commitment to improving patient outcomes through policy, technology, and psychological support.
Professor Seung Nam Yang's research lab specializes in clinical and diagnostic imaging, with a focus on neuromuscular disorders, musculoskeletal ultrasound, and rehabilitation medicine. The lab investigates neurological and musculoskeletal complications following surgery or stroke, utilizing advanced imaging techniques such as sonography and MRI to assess nerve and muscle pathology. Key research directions include the objective quantification of motor and sensory dysfunctions using deep learning in videofluoroscopic swallowing studies and the evaluation of novel therapeutic interventions like extracorporeal shock wave therapy in post-stroke spasticity. The lab also explores the role of muscle biopsy and imaging in diagnosing rare inflammatory myopathies and vascular conditions.
Professor Min-Suk Kwon's research lab specializes in integrated photonics and nanophotonic devices, focusing on the design, fabrication, and characterization of compact, low-loss, and tunable optical components for sensing and signal processing. The lab explores hybrid and plasmonic waveguides, including micro-ring resonators, long-period gratings, and graphene-based modulators, with applications in biochemical sensing, temperature and concentration detection, and reconfigurable optical filters. A key strength lies in leveraging standard CMOS-compatible processes and functional materials—such as polymers, silicon, and 2D materials like graphene—to enable practical, scalable photonic integrated circuits. The lab also develops advanced numerical methods for efficient and accurate mode analysis in complex multilayer waveguide structures.
Professor Woong Yong Park's research lab specializes in macroeconomics, monetary and fiscal policy interactions, and international spillovers in dynamic stochastic general equilibrium (DSGE) models. The lab focuses on understanding the transmission mechanisms of monetary and fiscal policies, especially under price stickiness, equilibrium indeterminacy, and self-fulfilling expectations. It also investigates the international effects of U.S. monetary policy, such as Quantitative Easing and uncertainty shocks, on emerging market economies. The lab employs structural econometric methods, including Bayesian VARs and likelihood-based inference, to analyze real and financial spillovers in global financial markets.
Professor Kevin Kester's research lab focuses on decolonizing peace education and global citizenship education by centering marginalized voices, particularly from the Global South. The lab explores postcritical and postabyssal thinking to challenge Western-centric epistemologies and liberal peacebuilding models, advocating for ontological pluralism and Southern Theory in educational praxis. Research directions include critical peace education, the role of higher education in post-conflict settings, and transformative pedagogies rooted in cultural violence and structural inequity. The lab emphasizes narrative inquiry, qualitative case studies, and cross-cultural comparative analysis to reimagine inclusive and equitable educational frameworks.
Professor Donghwan Kim's research lab specializes in optimization algorithms for large-scale problems in medical imaging and signal processing, with a focus on accelerating first-order methods for convex optimization. The lab develops advanced iterative algorithms—such as accelerated gradient methods, proximal algorithms, and momentum-based extensions—that achieve optimal or near-optimal convergence rates while being amenable to parallel computing. Their work bridges theoretical optimization with practical applications in statistical image reconstruction, particularly in low-dose X-ray computed tomography (CT), where fast and high-quality image reconstruction is critical. The lab emphasizes both performance analysis using worst-case optimization frameworks and the design of computationally efficient algorithms for real-world deployment.
Professor Mi-Hye Park's research lab focuses on maternal-fetal medicine and reproductive health, with a strong emphasis on understanding the pathophysiological mechanisms underlying pregnancy complications such as preeclampsia, preterm birth, and fetal aneuploidy. The lab investigates the role of oxidative stress, endothelial dysfunction, and ion channel regulation (particularly KCa channels) in pregnancy disorders, integrating molecular biology with clinical data. It also applies machine learning and big data analytics to predict adverse obstetric outcomes, such as emergent cesarean section and preterm birth, using multicenter clinical datasets. The lab bridges basic science and clinical application to improve maternal and fetal outcomes through precision medicine approaches.
Professor Jae Hyung Kim's research focuses on civil law reform, particularly in the areas of security interests, creditor rights, and personality rights. His work centers on modernizing Korea’s collateral system by advocating for the establishment of a comprehensive pledge and security interest framework for movable assets and claims, inspired by the U.S. Uniform Commercial Code. He also examines the legal mechanisms for protecting creditors’ rights, including the right of revocation and cancellation of fraudulent transactions, especially in the context of post-financial crisis insolvency and debt restructuring. His research contributes significantly to the development of legal institutions that enhance credit accessibility and economic stability.
Professor Hui Jai Lee's research lab specializes in critical care medicine, with a primary focus on sepsis and cardiopulmonary resuscitation (CPR). The lab investigates biomarkers such as CRP and procalcitonin for predicting mortality in septic shock, evaluates CPR quality and rescuer fatigue across different compression techniques, and explores neuroprotective strategies like therapeutic hypothermia in post-cardiac arrest care. The lab also contributes to clinical guideline development, including modifications to the cardiovascular SOFA score and adherence to sepsis bundles in emergency settings.
Professor Jong Soo Han's research lab focuses on population health and preventive medicine, with a strong emphasis on aging, medication safety in older adults, and environmental health risks. The lab investigates the impact of long-term corticosteroid therapy on tuberculosis risk, polypharmacy and potentially inappropriate medication use in the elderly, and the effects of secondhand smoke on heavy metal burden in women. Additionally, the lab explores digital health interventions, such as mobile text-messaging programs, to improve lifestyle outcomes in occupational and chronic disease management settings.
Professor Keun-Sik Park's research lab specializes in sustainable systems and intelligent technologies, focusing on the integration of advanced data analytics, digital transformation, and environmental sustainability across maritime logistics, healthcare diagnostics, and agricultural supply chains. The lab emphasizes machine learning applications in ship energy efficiency, innovative enzymatic assays for clinical biomarkers, and digital innovation for green port and cold chain operations. Research directions span sustainable supply chain management, system dynamics modeling, and the development of sensitive biochemical methods for medical diagnostics.
Professor Haek Seo's research lab specializes in literacy education, with a strong focus on reading comprehension, text complexity, and the integration of multicultural and digital dimensions in literacy development. The lab explores how reading literacy can be enhanced through cognitive, sociocultural, and technological lenses, particularly in the context of evolving educational environments shaped by digital texts and AI. Key research directions include the design of effective reading assessment frameworks, the development of pedagogical models for diverse classrooms, and the application of eye-tracking and neurocognitive methods to understand strategic reading behaviors.
Professor Jae Hyuk Choi's research lab specializes in wireless networking and intelligent systems, with a focus on enhancing the performance and reliability of wireless communication protocols. The lab investigates medium access control (MAC) protocols for IEEE 802.11 WLANs, particularly through novel mechanisms like early backoff announcement and collision-aware rate adaptation to improve throughput and spectral efficiency. Additionally, the lab explores applications of wireless technologies in ubiquitous health monitoring and smart environments, integrating wireless sensor networks and real-time biomedical data transmission. The research also extends into the design and application of advanced electron emission devices, such as carbon nanotube-based field emission displays with innovative focusing structures.
Professor Ho Kim's research spans historical sociology, public governance, and cultural studies with a focus on the intellectual and institutional dynamics of Joseon-era Korea. His work explores the role of local gentry (xiangcun shazu) in public welfare initiatives—particularly in medical institutions (yiguo) and educational networks—highlighting their autonomous yet cooperative engagement with state institutions. He also investigates the evolution of political thought, especially through figures like Jeong Yak-yong, analyzing how practical governance and scholarly reformism shaped social resilience and public administration. His research emphasizes the interplay between Confucian ideals, grassroots activism, and institutional innovation in early modern Korea.
Professor Yong-won Park's research lab specializes in maternal-fetal medicine and perinatal health, focusing on prenatal diagnostics, fetal hemodynamics, and the impact of environmental and lifestyle factors on pregnancy outcomes. Key research directions include the clinical significance of Doppler velocimetry in pregnancies with borderline amniotic fluid index, biomarkers for premature rupture of membranes, and the molecular mechanisms linking nicotine exposure to anti-angiogenic factors like sFlt-1 and sEng in placental and endothelial cells. The lab also explores broader health and urban development issues, such as the socioeconomic impact of infrastructure changes on urban land values. These interdisciplinary efforts reflect a strong commitment to improving maternal and neonatal health through clinical, cellular, and public health research.
Professor Sang-Wook Woo's research lab focuses on the molecular mechanisms underlying cancer progression and metabolic disorders, with a particular emphasis on autophagy, oxidative stress, and inflammation in tumor microenvironments. The lab investigates signaling pathways such as JAK2/STAT3 and their interplay with reactive oxygen species (ROS) and NADPH oxidase in cancer cell survival under stress conditions. Additionally, the lab explores the clinical implications of metabolic syndrome components—such as nonalcoholic fatty liver disease (NAFLD)—in breast cancer patients, as well as the therapeutic potential of endogenous lipid mediators like 15d-PGJ(2) in modulating inflammatory responses. The research also extends to minimally invasive surgical techniques, particularly in thyroid and breast cancer, emphasizing patient safety and cosmetic outcomes.
Professor Young-Im Do's research lab focuses on human-centered digital experiences, particularly in the realms of digital well-being, gamification in education, and intergenerational technology use. The lab investigates psychological and behavioral aspects of online engagement, including internet addiction, flow states, and identity development in virtual environments, with a strong emphasis on youth and older adults. It also explores innovative applications of emerging technologies—such as augmented reality and gameful design—to foster empathy, motivation, and emotional engagement in educational and therapeutic contexts.
