探索全球顶尖大学的研究室——研究领域与主要论文一览无余。
Professor Eun-Jong Kim's research lab specializes in quantum optics, superconducting quantum circuits, and topological photonics, with a focus on engineering light-matter interactions at the quantum level. The lab develops novel metamaterial waveguides and photonic bandgap structures to control qubit-photon coupling, enabling exploration of topological quantum phenomena, slow-light effects, and long-range interactions in quantum simulators. By integrating tunable quantum emitters with engineered photonic environments, the lab advances quantum simulation, Hamiltonian learning, and quantum control in circuit quantum electrodynamics platforms. Additionally, the lab explores bioinspired nanogenerators for sustainable energy harvesting in wearable and implantable electronics.
Professor Dae-wook Kim's research lab specializes in advanced optical fabrication and metrology, focusing on high-precision surface figuring and testing for next-generation space telescopes and freeform optics. The lab develops innovative techniques in computer-controlled optical surfacing (CCOS), adaptive interferometric null testing, and model-free surface reconstruction to overcome challenges in measuring and fabricating complex optical surfaces with high accuracy. Key research directions include tool influence function modeling, resonant contactless power transfer for precision systems, and integrating advanced algorithms like stochastic parallel gradient descent for real-time optical correction. The lab's work bridges theoretical modeling with practical implementation in aerospace and astronomical instrumentation.
Professor Choi Sang-hyun's research lab focuses on the neurobiological mechanisms underlying energy balance, neurogenesis, and metabolic regulation in the central nervous system. Key research directions include the role of brain-derived neurotrophic factor (BDNF) in adult hippocampal neurogenesis and stress-related disorders, the central actions of metabolic drugs like metformin and nicotine on appetite and energy homeostasis, and the regulation of localized mRNA translation in neuronal compartments. The lab employs a multidisciplinary approach combining behavioral analysis, molecular biology, and neuroendocrinology to explore how neural circuits and signaling pathways in the hypothalamus and hippocampus contribute to obesity, depression, and metabolic disease.
Professor Dokyeong Song's research lab focuses on the molecular and metabolic mechanisms underlying obesity, polycystic ovary syndrome (PCOS), and related metabolic disorders. The lab investigates genetic factors such as FTO gene variants, epigenetic regulators like miRNA-6767-5p, and adipose tissue biology—including epicardial adipose tissue and primary cilia function—in the context of insulin resistance, hormonal dysregulation, and body weight homeostasis. A key emphasis is on identifying novel biomarkers, such as anti-Müllerian hormone (AMH), for early diagnosis and personalized management of PCOS and metabolic syndrome in young women. The lab integrates clinical imaging, genetic analysis, and hormonal profiling to explore the pathophysiology of metabolic and reproductive diseases.
Professor Seok-ho Kim's research lab focuses on the intersection of personality, social capital, and political behavior, particularly in East Asian contexts such as South Korea. The lab investigates how individual psychological dispositions—especially those measured by the Five-Factor Model—shape political participation, civic engagement, and social mobility. A central theme is the concept of 'dream-capital,' which explores how aspirations, hope, resilience, and optimism function as psychological and social capital among youth. The lab also examines digital media use, migration, and transnational identity, especially among Chinese Korean diaspora communities, analyzing how online behaviors influence labor mobility and social integration.
Professor Gi-il Park's research lab specializes in clinical and translational nephrology, with a strong focus on advancing kidney transplantation and improving outcomes for patients with end-stage renal disease. The lab investigates innovative solutions to address donor organ shortages, including donor exchange programs and minimally invasive surgical techniques such as retroperitoneal endoscopic nephrectomy. It also explores the immunogenetic basis of viral infections like hepatitis B and the long-term management of autoimmune kidney diseases such as lupus nephritis and IgA nephropathy. The lab integrates clinical research with immunogenetic analysis to optimize patient selection, graft survival, and post-transplant outcomes.
Professor Taesu Choi's research lab specializes in the molecular mechanisms of protein aggregation and its modulation by small molecules, metal ions, and supramolecular hosts. The lab focuses on intrinsically disordered proteins such as α-synuclein and amyloid-β, investigating their structural transitions, aggregation pathways, and interactions with ligands using advanced mass spectrometry techniques like native ESI-MS and FT-ICR. A central theme is the development of supramolecular strategies—particularly using cucurbiturils and serum proteins—to control pathological protein aggregation relevant to neurodegenerative diseases like Alzheimer’s and Parkinson’s. The lab integrates biophysical characterization with structural insights to uncover molecular-level interactions that govern protein misfolding and cytotoxicity.
Professor Hwa Lee's research lab specializes in oculoplastic and reconstructive surgery, with a primary focus on congenital and acquired nasolacrimal duct disorders, including innovative surgical techniques for pediatric and adult patients. The lab investigates anatomical variations and morphometric parameters of the nasolacrimal system to optimize endoscopic probing and intubation procedures. Additionally, the lab explores aesthetic and functional eyelid reconstruction, emphasizing age-related changes in eyelid contour to improve outcomes in cosmetic and reconstructive surgery.
Professor Myeonghun Han's research lab focuses on cerebrovascular diseases, particularly stroke and intracranial hemorrhages, with an emphasis on understanding the impact of environmental and meteorological factors on disease incidence and recurrence. The lab investigates clinical and epidemiological patterns of subarachnoid hemorrhage, chronic subdural hematoma, and other neurological conditions, integrating statistical modeling and population-based data to identify risk factors and improve patient outcomes. Their work also explores the role of neurogenesis and neural repair mechanisms in neurological disorders, bridging clinical neurology with translational neuroscience.
Professor Dohoon Lee's research lab focuses on the interplay between family processes, socioeconomic inequality, and child development across the life course. Using longitudinal data from major national studies such as Add Health and the Fragile Families and Child Wellbeing Study, the lab investigates how family structure, immigrant generation, economic conditions, and genetic factors shape educational attainment, health outcomes, and psychological well-being in children and adolescents. Key research directions include intergenerational mobility, the role of social and cultural capital in educational achievement, and the dynamic, reciprocal relationships between socioeconomic status and child health. The lab also examines how macroeconomic shocks—such as the Great Recession—affect parenting behaviors and child development, often integrating biological factors like genetic variation into social science models.
Professor Han Gi Park's research lab specializes in congenital heart disease, with a focus on advanced imaging, surgical interventions, and fetal cardiac interventions. The lab investigates hemodynamic changes, long-term outcomes, and optimal timing for surgical correction in complex congenital heart conditions such as Fontan circulation, atrial septal defects, and right ventricular dysfunction. A key emphasis is placed on improving patient outcomes through early diagnosis, minimally invasive techniques, and innovative surgical strategies like extracardiac lateral tunnel Fontan procedures and fetal cardiac interventions. The lab also explores the impact of medical and non-invasive therapies in conditions like Duchenne muscular dystrophy-associated cardiomyopathy.
Professor Gwang-Kyu Hwang's research lab specializes in oral and maxillofacial regeneration, focusing on guided bone regeneration (GBR), sinus augmentation, and the development of biomaterials for alveolar bone repair. The lab investigates innovative biomaterials such as silk fibroin and preformed titanium meshes as barrier membranes, while also exploring the impact of systemic conditions—like rheumatoid arthritis—on periodontal health and treatment outcomes. A key emphasis is placed on improving clinical outcomes through advanced local anesthetic techniques and the use of autologous growth factors such as platelet-rich fibrin (PRF) in implantology and regenerative procedures.
Professor Jae Il Lee's research lab focuses on immunology and translational biomedical research, with a particular emphasis on T cell biology, especially the role of CD4+CD8+ double-positive (DP) T cells in health and disease. The lab employs advanced single-cell technologies such as scRNA-seq and flow cytometry to dissect the functional heterogeneity and developmental pathways of DP T cells in nonhuman primates and human patients. Research directions include understanding DP T cell involvement in autoimmune disorders, cancer, viral infections, and transplant rejection, as well as developing sensitive molecular diagnostics for biologics safety. The lab also investigates clinical outcomes in breast cancer patients, particularly chemotherapy-induced amenorrhea and its long-term implications.
Professor KyoungSoo Park's research lab specializes in metabolic and cardiovascular health, with a focus on type 2 diabetes mellitus, obesity, and metabolic syndrome in the Korean population. The lab investigates the pathophysiology of insulin resistance, dyslipidemia, and hepatic dysfunction, integrating clinical epidemiology with molecular mechanisms such as oxidative stress and mitochondrial damage. Key research directions include the impact of environmental toxins like bisphenol A on metabolic health, the role of visceral adiposity in cardiometabolic risk, and the development of evidence-based clinical guidelines for diabetes and obesity management.
Professor Joo-Han Lee's research lab specializes in clinical and translational nephrology, with a primary focus on improving outcomes in kidney transplantation. The lab investigates immunosuppressive strategies, including rituximab dosing and its impact on infection and rejection, as well as biomarkers such as anti-angiotensin II type 1 receptor antibodies and their role in graft survival. It also explores non-invasive imaging techniques like acoustic radiation force impulse elastography for early detection of fibrosis in renal allografts. Additionally, the lab examines viral reactivation risks—particularly hepatitis B—following immunosuppressive therapies in sensitized or previously infected patients.
Professor Shinwhan Baek's research lab specializes in computational imaging and optical sensing, focusing on the development of compact, single-shot imaging systems that capture high-dimensional visual information—such as hyperspectral, depth, and polarization data—using innovative optical components like diffractive optical elements (DOEs) and polarizing optics. The lab bridges optics, machine learning, and computer vision to enable accurate, simultaneous acquisition of spatial, spectral, depth, and polarimetric information with minimal hardware complexity. A key research direction involves leveraging light's physical properties beyond intensity, including polarization and phase, to extract rich scene representations for applications in robotics, augmented reality, and scientific imaging.
Professor Chungwon Lee's research lab specializes in transportation systems engineering and biomechanics, with a focus on sustainable urban mobility, intelligent transportation systems, and the mechanical behavior of biological tissues. The lab investigates electric vehicle infrastructure planning, traffic signal control and assignment optimization, shared micromobility adoption, and the development of low-impact geotechnical construction methods. Additionally, it conducts experimental and computational studies on arterial tissue mechanics to support medical and biomedical engineering applications. The lab integrates data-driven modeling, simulation, and real-world experimentation to address urban sustainability and safety challenges.
Professor Sang-eon Park's research lab specializes in statistical inference, particularly in the areas of entropy estimation, Fisher information in order statistics, and goodness-of-fit testing. The lab focuses on developing nonparametric and information-theoretic methods for statistical inference, with an emphasis on censored data and distribution-free approaches. Key contributions include the derivation of distribution functions for sample entropy, recurrence relations for Fisher information, and the development of censored Kullback-Leibler information for robust goodness-of-fit testing.
Professor Jung-Hoon Lee's research focuses on the political, institutional, and bureaucratic transformations of the Goryeo Dynasty, particularly during the period of Yuan Dynasty intervention. His work examines key administrative reforms, such as organizational restructuring, the introduction of new state offices like Dochongseop and Pansa, and the institutionalization of practices such as kingly attendance (chinjo) and class-switching (gaeban) after military coups. He also investigates the complex interplay between state authority, Buddhist institutional governance, and elite power structures in late Goryeo, especially in relation to rank systems (munseon'gye) and official appointments.
Professor Hyun Woo Kwon's research lab specializes in molecular and translational imaging, with a focus on positron emission tomography (PET) applications in oncology, neurology, and aging-related diseases. The lab investigates genomic instability, including somatic retrotransposition and mitochondrial DNA mosaicism, using single-cell genomics to understand age-related mutations. A key emphasis is on using advanced imaging techniques—particularly 18F-FDG and novel radioligands like [C]-(R)-PK11195—to assess disease progression, neuroinflammation, and radiation dosimetry in clinical settings. The lab also contributes to radiation safety and dose optimization in nuclear medicine.
