Explore research labs at leading universities worldwide — research fields and key papers at a glance.
Professor Seongjin Bae's research lab focuses on health technology assessment, regulatory policy, and health economics in the context of innovative biologics and regenerative medicine. The lab investigates cost-effectiveness, real-world outcomes, and market dynamics of advanced therapies such as CAR T-cell therapy, biosimilars, and regenerative medicine products. Key research directions include health policy evaluation, comparative effectiveness research, and the development of regulatory frameworks to ensure patient access while maintaining safety and value. The lab also explores clinical and demographic factors influencing treatment outcomes in rare or complex conditions.
Professor Jae-hoon Han's research lab specializes in advanced semiconductor devices and integrated photonics, focusing on next-generation silicon-based optoelectronic components and high-performance transistors. Key research directions include the development of high-efficiency silicon optical modulators using heterogeneous integration and direct wafer bonding techniques, interface engineering of high-κ dielectrics on SiGe and III-V semiconductors, and novel charge trap synaptic devices for neuromorphic computing. The lab emphasizes materials innovation, such as Al₂O₃ and HfO₂-based dielectrics, and advanced processing methods like electron cyclotron resonance plasma nitridation to enhance device performance and reliability.
Professor Jong-Hyuk Park's research lab focuses on the intersection of lifestyle interventions, molecular mechanisms in the brain, and advanced materials for health and innovation. The lab investigates how exercise and physical inactivity influence brain health through molecular pathways such as PGC-1α and irisin, aiming to uncover mechanisms behind cognitive and mental health regulation. Additionally, the lab explores the development of biopolymeric composites for wound healing and the application of deep learning in human motion analysis, reflecting a multidisciplinary approach to biomedical and digital innovation. The research integrates molecular biology, materials science, and data-driven technologies to address challenges in health, regeneration, and digital transformation.
Professor Jaemin Shin's research lab focuses on the molecular mechanisms underlying tissue remodeling in chronic upper airway inflammatory diseases, particularly chronic rhinosinusitis and nasal polyposis. The lab investigates key pathways involved in fibroblast activation, extracellular matrix deposition, endoplasmic reticulum stress, and angiogenesis, with a strong emphasis on transforming growth factor-beta (TGF-β) signaling and its modulation by pharmacological agents such as pirfenidone, doxycycline, and cigarette smoke extract. Current research also explores the role of cellular proliferation and aging in disease progression and treatment outcomes, aiming to identify novel therapeutic targets for fibrotic and inflammatory airway disorders.
Professor Yangjin Park's research lab specializes in vascular surgery and vascular biology, with a primary focus on aneurysm management, particularly abdominal aortic aneurysms (AAA) and their endovascular and open surgical treatments. The lab investigates risk factors, postoperative complications such as delirium, and long-term outcomes in vascular surgery patients. It also explores the pathophysiology of vascular diseases in rare conditions like neurofibromatosis type I and examines pharmacological interventions—such as statins, imatinib, and rapamycin—to prevent restenosis and improve vascular repair. The lab integrates clinical data with experimental models to advance understanding and treatment strategies in vascular disease.
Professor Nam Myeong-hyun's research lab specializes in clinical virology and hematological oncology, focusing on the molecular diagnosis and epidemiology of respiratory viruses and acute myeloid leukemia (AML). The lab investigates viral detection methods using molecular techniques such as multiplex RT-PCR and explores the genetic diversity of pathogens like respiratory syncytial virus (RSV). Additionally, the lab evaluates therapeutic strategies in AML, particularly post-remission consolidation therapy using cytarabine, and examines coagulation management in patients on anticoagulant therapy.
Professor Cheol-Won Park's research lab specializes in otorhinolaryngology and head and neck surgery, with a strong focus on temporal bone disorders, facial nerve function, and otoneurological conditions. The lab investigates clinical and molecular aspects of diseases such as Bell’s palsy, vestibular neuritis, cholesteatoma, and post-radiation complications like osteoradionecrosis. Key research directions include nerve preservation during parotid surgery, the role of cardiovascular factors in vestibular disorders, and the biological behavior of cholesteatoma through markers like telomerase and Ki-67. The lab also explores therapeutic interventions, such as intratympanic steroids and nutritional supplementation in eel farming, reflecting a broad yet clinically oriented research scope.
Professor Cho, Hun Hee's research lab specializes in construction technology and sustainable building systems, with a strong focus on improving productivity, safety, and environmental performance in building construction. The lab investigates advanced computational methods such as support vector machines and Monte Carlo simulations for cost estimation, CO2 emission modeling, and real-time structural monitoring. Key research directions include innovative formwork systems, building information modeling (BIM) integration, and the development of energy-efficient construction systems like insulated precast concrete walls. The lab also explores cutting-edge sensing and data-driven technologies, including LiDAR-based indoor modeling and strain sensing for scaffolding, to enhance construction site safety and efficiency.
Professor Huisik Kim's research lab specializes in mathematical and computational modeling with a focus on fuzzy set theory, algebraic structures, and functional equations. The lab investigates advanced concepts such as hesitant fuzzy sets in BCK/BCI-algebras, int-soft structures in semigroups and ideals, and Fibonacci functions and sequences in abstract algebraic systems. Additionally, the lab explores applications in engineering reliability optimization, particularly in complex systems with nonlinear component interactions. These interdisciplinary efforts bridge pure mathematics with practical engineering solutions.
Professor Lee Doo Yong's research lab specializes in intelligent manufacturing systems, robotic control, and simulation technologies with a focus on Petri net-based modeling, real-time simulation of deformable objects, and haptic feedback systems in robotic surgery. The lab develops advanced scheduling and control methods for flexible manufacturing systems, integrating material handling and part processing through unified Petri net frameworks. It also pioneers sensorless force estimation and meshless simulation techniques for medical robotics and virtual surgery, emphasizing real-time performance and system stability.
Professor Jin-Seon Park's research lab specializes in computer vision, deep learning, and sensor fusion, with a strong focus on depth estimation, super-resolution, and intelligent visual inspection systems. The lab develops advanced algorithms for multi-modal and multi-sensor depth perception, leveraging cost volume optimization, light field imaging, and end-to-end trainable networks. Key research directions include robust feature extraction for defocus and stereo estimation, reference-based super-resolution, and real-time visual inspection using multi-camera systems on moving platforms. The lab emphasizes practical applications in autonomous systems, medical imaging, and industrial automation.
Professor Hyun-jung Kim's research lab focuses on interdisciplinary studies spanning health behavior, public policy, and biomedical sciences. The lab investigates parenting practices and child psychopathology with a gender-informed lens, explores future-oriented innovation strategies using text mining and big data analytics in sectors like aviation and transportation, and examines molecular mechanisms in ovarian cancer through protein expression analysis. Additionally, the lab contributes to gerontology by studying active aging in long-term care settings and evaluates the socio-cultural impact of public art projects in urban regeneration, particularly in fostering community development and place-making.
Professor Sung Gu Kang's research lab specializes in advanced robotic and minimally invasive urological surgery, with a primary focus on improving outcomes in urological oncology. The lab investigates innovative surgical techniques such as robot-assisted radical cystectomy with intracorporeal urinary diversion and single-port robotic prostatectomy, emphasizing perioperative efficacy, functional recovery, and oncological safety. Additionally, the lab explores surgical simulation and training technologies to enhance technical proficiency among urologists. Their work also includes clinical evaluation of novel pharmacotherapies for erectile dysfunction, such as udenafil, to optimize patient-centered care.
Professor Beom Jin Park's research lab specializes in diagnostic and interventional radiology, with a focus on advanced medical imaging techniques for accurate characterization of abdominal and pelvic pathologies. The lab investigates diffusion-weighted MRI for tissue differentiation in pancreatic masses, gadoxetic acid-enhanced MRI for liver nodule diagnosis in cirrhotic patients, and multiplanar CT angiography for vascular anatomy in urological surgery. A key emphasis is on preserving neurovascular structures—particularly accessory pudendal arteries—during minimally invasive prostatectomy to improve postoperative sexual function.
Professor Myeong Soo Kang's research lab specializes in advanced optoacoustic interactions and nonlinear photonics, focusing on the manipulation of light and sound at the nanoscale using micro- and nano-structured optical fibers. Key research directions include the generation and control of high-frequency acoustic resonances in photonic crystal fibers and fiber tapers, enabling novel applications in ultrafast fiber lasers, acousto-optic filtering, and wavelength-tunable single-frequency lasers. The lab pioneers innovative techniques such as forward stimulated interpolarization scattering and intermodal acousto-optic coupling to achieve high-efficiency, reconfigurable light-matter interactions for next-generation photonic devices.
Professor Kwanjin Park's research lab focuses on urological disorders, particularly erectile dysfunction and male reproductive health, with an emphasis on underlying molecular and vascular mechanisms. The lab investigates pharmacological interventions—such as sildenafil and Rho kinase inhibitors—alongside hormonal and oxidative stress pathways in aging and disease models. Key research directions include the pathophysiology of vasculogenic erectile dysfunction, the role of angiotensin II and calcium sensitization pathways, and surgical outcomes in conditions like cryptorchidism and varicocele. The lab integrates preclinical animal models with translational approaches to improve therapeutic strategies for male sexual and reproductive dysfunction.
Professor Dasol Kim's research lab specializes in advanced functional materials for next-generation electronic and energy conversion devices. The lab focuses on understanding and engineering electronic band structures and bonding mechanisms in thermoelectric, phase-change, and 2D van der Waals semiconductors to enable flexible, high-performance, and stable devices. Key research directions include the development of novel materials with unique electronic and mechanical properties—such as metavalent bonding, polytype transformations, and ductile inorganic 2D materials—aimed at applications in wearable electronics, flexible displays, and energy-efficient memory technologies.
Professor Bo Hyun Yoon's research lab focuses on translational biomedical research with a strong emphasis on reproductive health, antibiotic toxicity, and metabolic disorders. The lab investigates the pathogenesis and risk factors of endometriosis, particularly the role of damage-associated molecular patterns (DAMPs) in disease initiation, as well as prognostic markers like CA-125 and adhesion scores in recurrence. It also explores metabolic complications in polycystic ovary syndrome (PCOS), especially the link between hyperandrogenism, metabolic syndrome, and non-alcoholic fatty liver disease (NAFLD). Additionally, the lab examines nephrotoxicity mechanisms of last-resort antibiotics like polymyxin B, aiming to improve drug safety through tissue distribution and oxidative stress studies.
Professor Tae Hyung Won's research lab specializes in natural product chemistry and microbial metabolism, with a focus on the discovery, structural elucidation, and biological evaluation of bioactive compounds from fungi, marine invertebrates, and medicinal plants. The lab investigates the biosynthetic pathways of complex natural products—particularly isocyanide-containing metabolites and alkaloids—using integrated approaches combining genomics, metabolomics, and spectroscopic techniques. A key research direction involves understanding how microbial and fungal metabolites regulate metal homeostasis, especially copper and iron, offering insights into microbial fitness and pathogenesis. The lab also explores the immunomodulatory roles of dietary fibers and microbial metabolites in shaping innate immune responses, particularly through innate lymphoid cells in the gut.
Professor Hyungyu Jin's research lab specializes in advanced materials and spintronic phenomena, focusing on the development of high-entropy alloys, poly-cation oxides for hydrogen production, and spin-based thermoelectric devices. The lab integrates machine learning with experimental materials science to predict and optimize phase stability and functional properties in complex oxides and magnetic semiconductors. Key research directions include spin Seebeck effect engineering, interface engineering in magnetic heterostructures, and novel doping mechanisms in semiconductors. The lab aims to bridge fundamental materials discovery with sustainable energy applications.
