ソウル大学、KAIST、延世大学など韓国QSトップ10大学の研究室情報です。
Professor Kang Kyungtae's research lab specializes in the intersection of nanomaterials, bioengineering, and chemical biology, focusing on how nanoscale topographies and functional materials influence biological systems. Key research directions include the design of bioactive nanomaterials—such as Ir-based nanozymes and dopamine-functionalized electrodes—for biomedical applications, including antibacterial and anticancer therapies. The lab also investigates neuronal development by probing how hippocampal neurons respond to engineered micro/nanotopographies, aiming to uncover mechanisms guiding neurite outgrowth. Additionally, the lab employs advanced analytical techniques like topic modeling and bioorthogonal chemistry to decode dynamic biological processes and develop next-generation molecular tools for live-cell studies.
Professor Dongseok Han's research lab specializes in computational materials science and micromechanics, focusing on the microstructure-property relationships in cement-based materials. The lab employs advanced imaging techniques such as micro-CT and nanoindentation, integrated with finite element analysis, to simulate and predict the mechanical behavior of cement paste at the microscale. Key research directions include phase connectivity characterization, particularly anisotropic contiguity, and the development of quantitative stereological methods to link microstructural morphology with mechanical performance. The lab also emphasizes data-driven modeling and virtual material synthesis to accelerate the design of high-performance construction materials.
Professor Uwe R. Fischer's research lab specializes in ultracold quantum gases, focusing on many-body quantum phenomena in trapped Bose-Einstein condensates. Key research directions include the interplay of contact and dipolar interactions in low-dimensional systems, vortex dynamics and superfluidity in rotating traps, and the emergence of quantum fragmentation and correlations in strongly interacting bosons. The lab also pioneers quantum simulation of cosmological and gravitational phenomena using analogue gravity models in ultracold atomic systems.
Professor Eun Ju Lee's research lab focuses on regenerative medicine and stem cell therapy, with a particular emphasis on human umbilical cord blood-derived mesenchymal stem cells (hUCB-MSCs) and their therapeutic applications in cardiovascular diseases such as myocardial infarction. The lab investigates strategies to enhance stem cell engraftment and efficacy through innovative delivery systems like 3D spheroid bullets, while also identifying surface biomarkers—such as N-cadherin—that predict therapeutic potential. Additionally, the lab explores the psychosocial and media dynamics influencing public perception of science and health communication, particularly through online platforms like social media and news comment sections.
Professor Hoonseok Choi's research lab focuses on the intersection of cultural values, identity, and group dynamics in fostering creativity and social adaptation. The lab investigates how individual and collective cultural orientations—particularly individualism and collectivism—affect team creativity, intergroup relations, and social inclusion. A key research direction involves examining the role of self-construal (independent vs. interdependent) in shaping group-level innovation and intercultural acceptance, especially in diverse societies. The lab also explores the psychological and social dimensions of digital engagement, including adaptive gaming behaviors and parental perceptions of youth gaming, with implications for mental health and educational policy.
Professor Chanik Park's research lab specializes in embedded systems and flash memory storage technologies, focusing on optimizing performance, energy efficiency, and reliability in resource-constrained environments. The lab explores advanced flash translation layer (FTL) architectures, energy-aware memory management techniques such as demand paging, and high-performance, cost-effective controllers for NAND flash-based solid-state storage. Research spans both hardware and software co-design, targeting applications in mobile devices, embedded systems, and industrial electronics.
Professor Jaejoon Kim's research lab specializes in interdisciplinary innovation at the intersection of construction technology, regenerative medicine, and biomedical engineering. The lab focuses on advancing sustainable construction through modular and BIM-integrated prefabrication systems, particularly for small and medium-sized enterprises (SMEs), while also pioneering novel cellular reprogramming techniques for regenerative medicine. Key research directions include optimizing endothelial cell differentiation using transcription factor mechanisms and developing miniaturized endoscopic imaging systems for surgical applications. The lab emphasizes practical, scalable solutions with real-world impact in both healthcare and construction industries.
Professor Jaeha Kim's research lab specializes in low-power, high-efficiency integrated circuits and systems for biomedical and robotics applications. The lab focuses on developing self-powered implantable devices using piezoelectric energy harvesting, wireless communication integration, and adaptive power management techniques. It also pioneers soft robotics through skin-like electronic systems and advanced clock and data recovery architectures for high-speed serial links. The lab’s work bridges cutting-edge analog/digital IC design with real-world applications in healthcare and intelligent systems.
Professor Jinwhan Cho's research lab specializes in neurological disorders, with a primary focus on movement disorders such as Parkinson’s disease, spinocerebellar ataxias, and multiple system atrophy. The lab investigates clinical phenotypes, neuroimaging biomarkers, and non-motor symptoms to improve differential diagnosis and patient management. Key research directions include oculomotor and swallowing dysfunctions, caregiver burden, and fall mechanisms in neurodegenerative diseases.
Professor Dong-Hyun Cho's research lab specializes in computational imaging, computer vision, and deep learning, with a focus on advanced image processing techniques such as light-field imaging, image matting, and photometric stereo. The lab develops innovative algorithms for content-aware image retargeting, automatic trimap generation, and semi-calibrated shape recovery from multi-view images, emphasizing robustness to real-world imaging variations. Their work bridges theoretical modeling with practical applications in camera systems, 3D reconstruction, and intelligent image analysis.
Professor Kyung Ho Yoon's research lab specializes in knee ligament and meniscal injuries, with a strong focus on anatomic reconstruction techniques for complex knee stabilizing structures such as the anterior cruciate ligament (ACL), posterior cruciate ligament (PCL), and posterolateral corner (PLC). The lab investigates biomechanical and clinical outcomes of various grafting methods—including double-bundle reconstructions, allograft use, and combined ligament repairs—aiming to restore native knee kinematics and improve long-term joint stability. Their work also explores injury mechanisms, associated soft tissue damage, and the role of advanced imaging in diagnosis and surgical planning. The lab emphasizes evidence-based, anatomic reconstruction strategies to enhance functional recovery and reduce re-injury rates in knee trauma patients.
Professor Joo Yong Lee's research lab specializes in urological and neurological disorders, with a focus on improving diagnostic and therapeutic outcomes in kidney stones and bladder cancer. The lab investigates novel imaging techniques and treatment strategies, such as shock wave lithotripsy and photodynamic therapy, to enhance stone-free rates and reduce recurrence. Additionally, the lab explores neuroprotective mechanisms involving zinc in neurodegenerative conditions, particularly in the context of excitotoxic neuronal injury. Their work bridges clinical urology and neuroscience, emphasizing translational research for better patient outcomes.
Professor Kwang Ho Song's research lab specializes in the development of transition metal-catalyzed organic transformations and functional materials for sustainable energy applications. The lab focuses on designing efficient and selective catalytic systems—particularly based on nickel, palladium, and copper—for C–H and C–X functionalization, including aminocarbonylation, decarboxylative coupling, and C–S bond formation. A parallel research direction involves the synthesis and characterization of perovskite-type oxides for ammonia dehydrogenation and hydrogen production from renewable biomass-derived feedstocks, emphasizing catalytic materials for clean energy conversion.
Professor Anna Cho's research lab focuses on advancing perovskite solar cells through materials engineering and defect control, while also exploring the molecular mechanisms underlying rare genetic myopathies, particularly GNE myopathy and dystrophin-related muscular dystrophies. The lab investigates optoelectronic properties of perovskite materials, interface engineering, and low-cost hole transport materials to enhance solar cell efficiency and stability. In parallel, the lab conducts genetic and molecular studies to understand the role of sialic acid deficiency and oxidative stress in muscle atrophy, aiming to uncover disease mechanisms in ultra-rare disorders.
Professor Jin-Ho Ahn's research lab specializes in paleoclimatology and Earth system science, focusing on reconstructing past atmospheric CO2 concentrations using ice core records to understand climate-carbon cycle feedbacks. The lab investigates millennial- and decadal-scale variations in CO2 during key periods such as the last glacial cycle and the Holocene, with particular attention to abrupt climate events like Dansgaard-Oeschger cycles and the Younger Dryas. Using high-resolution ice core data from Antarctica—especially Siple Dome and WAIS Divide—the lab examines the timing, magnitude, and mechanisms of CO2 changes, including the role of Southern Ocean processes and diffusion effects in ice. Their work also integrates noble gas isotopes and ion chemistry to assess post-depositional processes that may alter ice core signals.
Professor Hyun Seo Ahn's research lab specializes in the development and fundamental understanding of electrocatalysts for renewable energy conversion, with a focus on oxygen evolution reaction (OER) and hydrogen evolution reaction (HER) catalysts. The lab employs advanced electrochemical techniques such as scanning electrochemical microscopy (SECM) and surface-selective redox titrations to probe active sites and reaction mechanisms at the molecular level in aqueous environments. Key research directions include the design of non-precious metal catalysts—particularly nickel-iron and cobalt-based oxides and phosphates—and the in situ characterization of surface species under operating conditions. The lab also pioneers innovative nanoparticle synthesis methods using electrochemical droplet collisions for controlled nanomaterial fabrication.
Professor Tae-Il Kim's research lab specializes in the development of advanced wearable biosensors and wireless sensing systems for precision health monitoring. The lab focuses on creating flexible, low-cost, and disposable sensor platforms using 3D printing and novel conductive inks, with applications in continuous physiological monitoring—particularly sweat-based electrolyte analysis and pressure sensing in wearable devices. Research spans biomedical engineering, IoT integration, and human-centered health technology, aiming to bridge health disparities through accessible and intelligent sensor systems.
Professor Cheol-woo Lee's research lab specializes in image processing, computer vision, and computational modeling with a focus on advanced contrast enhancement techniques and graph-based algorithms for image analysis. The lab develops innovative methods rooted in statistical modeling and optimization, such as layered difference representation in 2D histograms and multi-agent random walker systems for image segmentation and cosegmentation. Additionally, the lab explores sociopolitical dimensions of citizenship and national identity, particularly in the context of transnational migration and the redefinition of belonging in the era of global mobility.
Professor Young Wook Yoon's research lab specializes in neuromodulation and neuropharmacology, focusing on the mechanisms underlying neuropathic and osteoarthritic pain. The lab investigates central and peripheral contributions to chronic pain states, with particular emphasis on nitric oxide signaling, NMDA receptor subtypes (especially NR2B), and the role of spinal cord sensitization. Their work also explores non-pharmacological interventions such as kinesio taping and prophylactic use of NMDA receptor antagonists in pain prevention. The lab integrates behavioral neuroscience with molecular and cellular approaches to identify novel therapeutic targets for chronic pain conditions.
Professor Eunji Park's research lab specializes in pharmaceutical and biotechnological innovation, with a primary focus on peptide and protein drug delivery systems, particularly the development of orally available peptide therapeutics. The lab investigates advanced drug modification technologies such as PEGylation to enhance the stability, solubility, and bioavailability of therapeutic peptides and proteins. Additionally, the lab explores analytical challenges in characterizing PEGylated biomolecules using techniques like RP-HPLC and microchip CGE, aiming to improve separation and purification processes. Environmental sustainability in healthcare is also a growing research interest, particularly the ecological impact of anesthetic agents in operating rooms.
