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 Jeongsu Park's research lab specializes in advanced materials science and intelligent computing systems, with a focus on exploring the interplay between structural disorder and magnetic properties in complex oxide thin films, particularly manganites. The lab also investigates energy-efficient machine learning accelerators and high-performance computing architectures, targeting low-precision inference and long-context transformer model optimization. Research spans from fundamental materials synthesis and characterization to applied systems design for real-world applications in transportation and AI hardware.
Professor Cheol Hoon Choi's research lab specializes in gynecologic oncology, with a strong focus on ovarian cancer biology, tumor microenvironment, and rare gynecological malignancies. The lab employs patient-derived xenograft (PDX) models to study epithelial ovarian cancer, aiming to improve translational research and personalized therapy. Additional research directions include the molecular pathogenesis of ovarian tumors such as clear cell carcinoma and endometrioid carcinoma, as well as the role of biomarkers like galectin-3 in cervical carcinogenesis and the clinical behavior of rare tumors like granulosa cell tumors and ovarian thyroglossal duct cysts.
Professor Hyeok Byun's research lab specializes in the interdisciplinary study of performance arts, with a focus on dance, multimedia integration, and audience culture. The lab explores how dance and performance evolve in dialogue with visual media, technology, and social ideologies, particularly in contemporary and historical contexts. It also investigates audience behaviors and cultural identities in classical music and performing arts, emphasizing audience segmentation, brand development, and the construction of cultural meaning through performance. The lab's work bridges performance studies, cultural theory, and media studies, often employing qualitative and quantitative methods to analyze artistic expression and audience engagement.
Professor Hwan Hyun Kwon’s research lab specializes in the historical and sociopolitical dimensions of science and technology in modern Korea, with a particular focus on the intersections of race, colonialism, and biomedical sciences. The lab investigates how scientific knowledge—especially in hematology, genetics, and ecology—was shaped by geopolitical forces such as Japanese colonialism, U.S. foreign aid, and Cold War dynamics. Key research directions include the postcolonial legacy of racial serology, the politics of scientific institutionalization in 1960s South Korea, and the global circulation of ecological and biomedical knowledge. The lab also explores how scientific practices have been entangled with nation-building, anti-communism, and international legitimacy struggles.
Professor Hyungho Na's research lab specializes in advanced defense systems and autonomous decision-making under uncertainty, with a focus on ballistic missile defense, multi-asset engagement optimization, and cooperative reinforcement learning for complex combat scenarios. The lab develops analytical models for kill probability, impact angle control, and weapon-target assignment, integrating probabilistic engagement analysis with machine learning techniques such as actor-critic frameworks and memory-augmented reinforcement learning. Key research directions include survivability optimization of protected assets, time-efficient solution methods for large-scale defense problems, and innovative space-based monitoring systems for disaster response. The lab bridges theoretical modeling with practical applications in aerospace and defense systems.
Professor Hye-won Yoon's research lab focuses on translational genomics and molecular oncology, particularly investigating the genomic landscape of rare gliomas such as gliosarcoma to uncover disease mechanisms and therapeutic targets. The lab also explores innovative RNA expression platforms using internal ribosome entry sites (IRES) to overcome limitations in traditional capped RNA systems. Additionally, the lab contributes to nuclear medicine and theranostics through research on sodium/iodide symporter (NIS) function and nanomedicine applications for precision diagnosis and therapy. A growing focus is on socio-technical aspects of energy transition, especially policy networks and stakeholder dynamics in regional decarbonization, such as in Dangjin, South Korea.
Professor Jeong-Hoon Park's research lab specializes in interdisciplinary studies spanning behavioral science, supply chain management, biomedical engineering, and functional microbiology. The lab investigates the neurobiological and psychological underpinnings of adolescent mental health, focusing on temperament traits and emotion regulation as predictors of internalizing and externalizing problems. It also explores system dynamics in supply chain optimization, particularly the role of contract mechanisms in capacity expansion decisions. Additionally, the lab develops low-cost, robust engineering solutions for automotive safety and investigates microbial strain improvement for high-value functional compounds with immunomodulatory properties.
Professor Heung-Jae Jeon's research lab specializes in computational biomechanics and bio-structural modeling, focusing on the development and validation of subject-specific finite element models for spinal and knee joints. The lab investigates implant biomechanics, including dynamic stabilization devices, spinal fusion, and total joint replacements, with an emphasis on predicting mechanical behavior under physiological loading. Key research directions include wear and fretting corrosion in orthopedic implants, intervertebral disc mechanics, and the optimization of composite materials in medical devices such as bicycle frames for structural integrity and lightweight design.
Professor Sang Jin Kim's research lab specializes in advanced materials and biomedical imaging, with a focus on developing functional materials for energy and healthcare applications. Key research directions include the design of ionic liquid crystals and polymer-based membranes for solid-state solar cells and gas separation, as well as the development of energetic composite materials for defense and safety applications. The lab also conducts clinical imaging research using multidetector CT to evaluate cardiac function and tissue characterization post-intervention. These interdisciplinary efforts integrate materials synthesis, characterization, and biomedical imaging to address challenges in sustainable energy and precision medicine.
Professor Kwang Ho Lee's research lab specializes in building energy efficiency and intelligent building systems, focusing on the integration of artificial intelligence and advanced data analytics for optimal energy management. The lab investigates machine learning applications in solar power prediction, fault detection and diagnosis in HVAC systems, and energy recovery ventilation strategies. Research also emphasizes improving heat metering accuracy for ground-source heat pumps and enhancing predictive modeling for building energy performance using deep learning techniques such as RNNs and LSTMs.
Professor Hee-pyo Jo's research lab specializes in labor economics, urban economics, and public policy, with a focus on the economic behavior of immigrants, the impact of minimum wage policies on older workers, and the effects of immigration enforcement and public housing on local communities. The lab employs rigorous empirical methods—such as regression discontinuity designs and hedonic pricing models—using administrative and survey data to analyze sorting patterns, quality of life, and neighborhood externalities. Research themes include labor market outcomes, spatial inequality, and the role of amenities and institutional factors in shaping residential and economic decisions.
Professor Sung-Geon Ha's research lab specializes in spinal and cerebrovascular surgery, focusing on spinal biomechanics, spinal instrumentation, and the management of intracranial aneurysms. The lab investigates implant-related outcomes such as subsidence in anterior cervical discectomy and fusion, evaluates prosthetic devices like the Activ L prosthesis, and explores risk factors for postoperative complications including ischemia during temporary aneurysm occlusion. Additionally, the lab contributes to the understanding of rare neurological conditions, such as cerebral aspergillosis and de novo aneurysms, emphasizing diagnostic challenges and surgical outcomes.
Professor Hyo-Kyung Cho's research lab specializes in the design, synthesis, and characterization of advanced oxide-based nanomaterials for optoelectronic and energy conversion applications. Key research directions include the development of ZnO-based nanostructures for photoelectrochemical water splitting and light-emitting devices, the fabrication of high-performance transparent and flexible oxide thin-film transistors using atomic layer deposition, and the exploration of perovskite oxides for thermoelectric applications. The lab emphasizes precise control of material composition, morphology, and interface engineering to enhance device performance and stability.
Professor Ki Tae Park's research lab focuses on musculoskeletal and orofacial health, with a strong emphasis on degenerative spinal disorders, osteoporosis, and temporomandibular and dental developmental abnormalities in aging populations. The lab investigates the interplay between skeletal health, posture, pain, and bone mineral density, particularly in postmenopausal women, while also exploring rare bone diseases such as Paget’s disease in Asian populations. Additionally, the lab examines clinical interventions in pediatric dentistry and the pathophysiology of bacterial infections, including sepsis mechanisms in pneumococcal disease. These multidisciplinary efforts integrate clinical observation, epidemiological data, and translational research to improve patient outcomes in orthopedic and oral health care.
Professor Young Yeon Oh's research lab specializes in molecular oncology and thyroid cancer pathology, with a focus on identifying genetic alterations and molecular markers in thyroid and breast cancers. The lab investigates clinicopathological correlations of key oncogenes such as HER-2, EGFR, cyclin D1, and BRAF mutations to improve diagnostic accuracy and treatment strategies. Their work integrates molecular pathology techniques—including immunohistochemistry, CISH, and next-generation sequencing—to understand tumor progression and metastasis. The lab also emphasizes translational research, aiming to bridge molecular findings with clinical outcomes in well-differentiated thyroid carcinomas and breast cancer.
Professor Se-Jin Yoo's research lab specializes in thermal-fluid dynamics and particulate matter control, with a focus on natural convection, heat transfer enhancement, and airborne particle behavior in confined environments. The lab investigates thermal management in electronic devices—particularly through optimized heat sink design—and addresses indoor air quality challenges in urban transit systems, such as subway tunnels and train cabins. Key research directions include numerical simulation and experimental validation of dust generation, transport, and mitigation strategies, with applications in semiconductor manufacturing and public health. The lab integrates fluid dynamics, heat transfer, and environmental engineering to develop energy-efficient and contamination-reducing solutions.
Professor Wan Gyu Kim's research lab focuses on the molecular mechanisms of aging, metabolic diseases, and cardiovascular dysfunction, with a particular emphasis on the protective roles of exercise and natural compounds such as Korean red ginseng. The lab investigates cellular stress responses, including heat shock proteins (Hsp70) and apoptosis regulation, especially in the context of maternal-fetal health and organ protection in disease models. Key research directions include the modulation of inflammation, insulin resistance, oxidative stress, and autophagy through lifestyle and nutraceutical interventions. The lab employs rodent models of diabetes, hypertension, and atherosclerosis to explore therapeutic strategies targeting metabolic and cardiovascular health.
Professor In-Hyup Lee's research lab specializes in dynamical systems and operator algebras, with a focus on one-dimensional generalized solenoids and their associated C*-algebras. The lab investigates topological invariants, K-theory of C*-algebras, and the structural properties of inverse limit spaces, particularly through the lens of Brascamp–Lieb type inequalities and HK conjectures. A central theme is the generalization of Cuntz–Krieger algebras to higher-dimensional analogues via Ruelle algebras, with applications to solenoidal systems and unstable equivalence relations.
Professor Harim Kwon's research lab specializes in phonetics and phonology, with a focus on the articulatory and perceptual mechanisms underlying speech production and imitation across languages. The lab investigates how acoustic cues—particularly voice onset time (VOT), fundamental frequency (f0), and vowel duration—are used in the perception and production of phonological contrasts such as aspiration, vowel reduction, and consonant clusters. A central theme is the interplay between perception and production, especially in second language learners and cross-linguistic contexts, using experimental methods including ultrasound imaging, EMA, and auditory perception tasks.
Professor Jeong-ho Lee's research spans diverse interdisciplinary fields, including ophthalmic imaging and glaucoma detection using advanced technologies like Pentacam and anterior segment OCT; biomedical engineering with a focus on heparin’s anti-inflammatory mechanisms in cerebral endothelial cells; sports turf science addressing environmental stress and rootzone management in high-traffic playing fields; and econometric modeling of partnership formation, emphasizing productivity, financing, and moral hazard in entrepreneurial collaborations. His work bridges clinical medicine, environmental science, and quantitative economics, reflecting a strong commitment to translational and applied research.
