Explore research labs at leading universities worldwide — research fields and key papers at a glance.
Professor Jeong Kyung-wook's research lab specializes in biomedical engineering and clinical health sciences, with a focus on developing innovative medical technologies and identifying modifiable risk factors for common diseases. The lab integrates engineering solutions—such as neural network-based image processing and biomimetic actuators—with clinical epidemiology to improve diagnostic accuracy and patient outcomes. Key research directions include medical imaging applications for disease detection, minimally invasive surgical techniques, and the investigation of lifestyle and systemic factors linked to colorectal and anorectal conditions.
Professor Jeonghwan Song's research lab specializes in theoretical and applied photonics, nanophotonics, and computational materials science. The lab focuses on first-principles electronic structure calculations to design advanced optoelectronic materials with strong nonlinear optical responses, such as high-efficiency second-harmonic generation. It also explores photonic engineering for enhancing light-matter interactions, including Purcell effect enhancement in nanocavities and nano-optical antennas for directional radiation and mechanical recoil. Additionally, the lab contributes to secure lightweight cryptography and intelligent content-centric networking (ICN) protocols, demonstrating a multidisciplinary approach bridging physics, materials science, and computer science.
Professor Namseok Sim's research lab specializes in the genetic and molecular mechanisms underlying focal cortical malformations and drug-resistant epilepsy, with a focus on brain somatic mosaicism and its role in epileptogenesis. The lab integrates neurogenomics, digital pathology, and organoid technology to uncover disease-causing mutations, particularly in genes like *SLC35A2* and mTOR pathway components, and to develop non-invasive detection methods using cerebrospinal fluid-derived cell-free DNA. A key direction involves translating histopathological classifications into molecular diagnostics to improve surgical outcomes in pediatric epilepsy. The lab also pioneers long-term human and murine salivary gland organoid models to study epithelial cell biology and regeneration.
Professor Sung Hoon Choi's research lab focuses on spinal cord disorders, particularly degenerative cervical myelopathy (DCM), investigating its pathophysiology, surgical interventions, and long-term outcomes. The lab also explores spinal trauma and osteoporotic vertebral compression fractures (OVCF), emphasizing treatment outcomes and cost-effectiveness. Additionally, the lab delves into hepatocellular carcinoma (HCC) biology, with a focus on tumor angiogenesis, hypoxia-inducible factor-1α (HIF-1α), and interleukin-8 (IL-8) signaling pathways as therapeutic targets. The integration of clinical spine care with molecular oncology defines the lab’s translational research approach.
Professor Bum-Sup Jang's research lab specializes in translational oncology, focusing on integrating machine learning and multi-omics data to improve outcomes in glioblastoma and other cancers. The lab investigates tumor microenvironment dynamics, particularly the role of immune cells like macrophages in treatment response, and develops AI-driven tools for early and accurate diagnosis of pseudoprogression versus disease progression. They also explore health disparities, especially the impact of socioeconomic status on cancer mortality, and examine potential biomarkers for immunoradiotherapy response using large-scale genomic and clinical datasets.
Professor Jung Kwon Lee's research lab focuses on preventive and population health, with a strong emphasis on chronic disease prevention, mental health, and lifestyle-related risk factors across diverse populations. The lab investigates the interplay between behavioral factors—such as substance use, diet, and stress—and long-term health outcomes, including cardiovascular disease, renal impairment, and cancer-related psychological distress. A significant portion of the work also explores bioactive compounds and their potential therapeutic applications in neurodegenerative diseases like Alzheimer’s, particularly through the development of novel phenolic acid-conjugated chitooligosaccharides. The lab integrates epidemiological, behavioral, and biochemical approaches to promote holistic health and wellness across the lifespan.
Professor Bernhard Egger's research lab specializes in computer architecture and embedded systems, with a focus on optimizing memory hierarchies and virtualization technologies for energy efficiency and performance. The lab develops advanced techniques for dynamic memory management, including scratchpad memory allocation, live migration of virtual machines, and checkpointing mechanisms tailored for modern processors and data centers. Key research directions include adaptive resource management, runtime optimization, and energy-aware system design in embedded and virtualized environments. The lab combines compiler optimizations, hardware-software co-design, and machine learning to address real-world challenges in system performance and power consumption.
Professor Eunmi Chae's research lab specializes in the quantum control of ultracold molecules, focusing on laser cooling, trapping, and coherent manipulation of diatomic molecules for quantum information science. The lab develops advanced techniques such as rf-modulated magneto-optical traps, optical tweezer arrays, and microwave-assisted optical cycling to achieve long-lived molecular qubits and entangled states. Key achievements include the demonstration of dipolar spin-exchange interactions, Bell state preparation, and record coherence times for molecular rotational qubits. The lab also pioneers methods for cooling complex molecules with challenging energy level structures, enabling new pathways for quantum simulation and quantum computing with polar molecules.
Professor Woon-Oh Jung's research lab specializes in corporate finance, financial reporting, and capital markets, with a strong focus on the strategic behavior of controlling shareholders, the impact of financial regulations, and the role of accounting policies in corporate decision-making. The lab investigates how information timing, tax incentives, and regulatory constraints influence stock price manipulation, voluntary adoption of international accounting standards, and firm financing choices. Particular attention is given to the Korean context, where institutional and governance structures create unique incentives for earnings management and market timing.
Professor Hye-kyoung Jang's research lab specializes in biomedical engineering and molecular imaging, with a focus on developing advanced biomaterials and diagnostic tools for pediatric diseases. The lab investigates the design of directionally oriented peptide nanostructures for biomedical applications, explores the use of non-invasive imaging techniques like FibroScan for early detection of liver complications in children with biliary atresia, and applies molecular imaging with radiolabeled antibodies to study tumor targeting and pharmacokinetics. The lab also contributes to clinical research in pediatric surgery, particularly in minimally invasive and robotic approaches for congenital conditions such as choledochal cysts and rare genetic disorders like ARC syndrome.
Professor Jaebak Kim's research lab specializes in high-energy particle physics, focusing on the search for new physics beyond the Standard Model using data from the Compact Muon Solenoid (CMS) experiment at CERN's Large Hadron Collider. The lab emphasizes precision measurements of the Higgs boson, including its invisible decays and off-shell production, as well as searches for new resonances, anomalous gauge couplings, and signatures involving missing transverse momentum, same-sign leptons, and multilepton final states. Advanced machine learning techniques are routinely employed to enhance sensitivity in complex, multi-jet and multi-lepton environments.
Professor Donggyu Kim's research lab specializes in advanced optical imaging, surface wetting physics, and natural product chemistry. The lab develops innovative optical techniques—such as fiber bundle imaging with diffraction-limited resolution using digital micromirror devices—and explores fundamental wetting phenomena on nanostructured and rough surfaces, including wetting transparency of graphene and droplet-size-dependent wetting transitions. Additionally, the lab investigates bioactive natural products from marine microorganisms, focusing on structure elucidation and biological activity screening. These interdisciplinary efforts bridge photonics, materials science, and biochemistry to address challenges in medical imaging, surface engineering, and drug discovery.
Professor Jin-Tae Kim's research lab focuses on host-microbe interactions, particularly the pathogenic mechanisms of oral and systemic bacteria such as *Streptococcus gordonii*, *Enterococcus faecalis*, and *Staphylococcus aureus*. The lab investigates microbial virulence factors, including cell wall components and surface molecules, and their roles in immune evasion, biofilm formation, and chronic inflammation. A key research direction involves exploring alternative antimicrobial strategies, such as phage therapy and metabolic inhibitors like sodium propionate, to combat antibiotic-resistant pathogens. The lab also examines host signaling pathways, especially those involving BAFF and cytokine regulation, in the context of immune responses in epithelial and immune cells.
Professor Yi Sang-Wook's research focuses on cosmic ray physics, particularly the measurement of cosmic ray isotopes and positron fractions to understand the origin, propagation, and acceleration mechanisms of high-energy particles in our galaxy. His work with the AMS-01 experiment during the 1998 Space Shuttle mission has contributed critical data on light cosmic ray isotopes and electron-positron ratios in the GeV energy range. The lab specializes in space-based particle detection and the analysis of rare isotopic compositions to probe astrophysical processes such as supernova explosions and galactic cosmic ray interactions.
Professor Myunggyu Kim's research lab specializes in digital health and pharmacovigilance, focusing on leveraging social media and artificial intelligence to detect and analyze adverse drug reactions and health-related misinformation. The lab conducts systematic reviews, meta-analyses, and machine learning applications—particularly using BERT-based models—to study the real-world impact of medications, supplements, and dietary patterns on metabolic and lipid profiles. Key research directions include early detection of drug safety signals, nonmedical use of prescription drugs like methylphenidate, and the evaluation of functional foods such as krill oil, fish oil, and garlic in relation to metabolic health. The lab integrates data science with clinical pharmacology to improve public health surveillance and evidence-based decision-making.
Professor Sanghyeon Yu's research lab specializes in mathematical analysis and design of metamaterials and wave phenomena, with a focus on cloaking, subwavelength wave manipulation, and exceptional point physics. The lab develops rigorous analytical frameworks for transformation optics, near-zero scattering structures, and topologically protected waveguiding in imperfect subwavelength crystals. Key interests include the emergence of negative refractive index in single-component systems, spectral properties of Neumann–Poincaré operators in elasticity and acoustics, and robust control methods for inverse scattering problems. The lab bridges theoretical mathematics with practical applications in sensing, superlensing, and robust wave engineering.
Professor Jae-Wook Myung's research lab specializes in sustainable biotechnology and environmental biotechnology, focusing on microbial synthesis of biodegradable polymers such as polyhydroxyalkanoates (PHAs) using methanotrophic bacteria. The lab explores innovative applications of these microbes in converting methane into high-value bioplastics and in nitrogen removal processes, including the recovery of energy from nitrous oxide. A key research direction involves enhancing the biodegradability and functional performance of 3D-printed bioplastics and developing eco-friendly packaging materials using biodegradable coatings.
Professor Ji Yoon Choi's research lab focuses on translational and clinical studies in surgical oncology, transplantation medicine, and environmental health, with a strong emphasis on long-term outcomes and patient-centered outcomes. The lab investigates predictors of disease recurrence after cancer surgery, particularly gastric carcinoma, and evaluates surgical techniques and graft survival in pancreas transplantation. Additionally, the lab explores the neurological and systemic impacts of long-term environmental exposures, such as air pollution in industrial complex areas, and examines evolving consumer behaviors in digital health and e-commerce, especially in the context of the COVID-19 pandemic. These diverse research directions reflect a commitment to improving clinical decision-making through population-based data and real-world evidence.
Professor Jae Hoon Jeong's research lab specializes in clinical and translational research with a focus on plastic and reconstructive surgery, particularly in breast reconstruction and donor site outcomes. The lab integrates machine learning and statistical modeling to predict surgical complications and optimize patient outcomes, while also exploring the long-term functional and psychological impacts of reconstruction. Additionally, the lab investigates educational disparities in academic performance using large-scale data analytics, highlighting spatial and temporal inequities in educational achievement.
Professor Lee Sangmin's research lab focuses on health promotion and physical fitness interventions for rural older adults, particularly women, with an emphasis on low-cost, accessible exercise programs that can be implemented in community settings. The lab also explores the integration of technology in language education, particularly the use of machine translation and collaborative digital tools like wikis to enhance EFL writing and learner engagement. Additionally, the lab investigates tourism and event management, especially the impact of mega-sporting events such as the F1 Korean Grand Prix on visitor behavior, motivation, and regional development. These interdisciplinary efforts reflect a strong commitment to improving public health, educational outcomes, and community-based tourism strategies in South Korea and beyond.
