The research team developed a technology to address interfacial contact resistance, a key factor limiting hydrogen cell performance. By applying electrostatic spray deposition, they increased the contact area between the electrode and electrolyte, significantly improving energy efficiency and durability.
A SKKU research team has developed a microfluidic chip that recreates key features of viral transmission in human societies. The chip, known as Herd-Immunity-on-a-Chip, allows researchers to observe real-time how infection spreads through a structured population, revealing how population structure shapes viral spread.
Researchers created an electrochemical biosensor that detects subtle differences in sugars attached to protein surfaces, converting them into electrical signals for accurate diagnosis. The sensor accurately detected CSF leaks at low concentrations and reduced analysis time to 95 minutes.
Researchers found that team leaders' genuine commitment to change inspires employees, particularly when leaders demonstrate strong moral values and ethical conduct. This authentic leadership inspires employees to adopt a positive attitude and actively help others adapt to new initiatives.
Researchers at SKKU demonstrate that ultra-short micro ads are significantly more effective than longer ads at driving online visits and consumer engagement. Micro ads lasting 10 seconds or less outperformed longer ads in both TV and social media environments, generating more clicks and community engagement.
A team of scientists at SKKU created a new material that can stretch like rubber while generating electricity. The device mimics a dolphin's ability to detect underwater ultrasound, allowing it to navigate and locate prey in dark waters.
A research team led by Professor Inki Kim has developed an ultra-sensitive nanoplasmonic biochip that verifies the efficacy of Parkinson's disease treatments in real time. The technology combines a stem cell-derived 'mini-brain' with a nanoplasmonic sensor to measure dopamine levels without damaging the tissue.
A research team at Sungkyunkwan University has identified a mechanism to restore a disrupted brain immune environment and reduce abnormally elevated neuronal activity in an animal model of Alzheimer's disease. Modulating an immune protein in the brain may provide a new therapeutic strategy for the disease.
Researchers analyzed genomic data from 1.1 million people and identified 125 genetic susceptibility loci linked to psoriasis. They also pinpointed 50 promising therapeutic target genes through single-cell transcriptomic analysis, paving the way for personalized immune-modulating treatments.
The SKKU research team has published a comprehensive review of charge carrier dynamics in nonfullerene acceptor organic photovoltaics through ultrafast spectroscopy. The review provides a systematic mapping of three principal techniques and unifies terminology for intermediate states, offering design guidelines for materials that can s...
Professor Shin's research focuses on developing tissue-adhesive, electrically conductive hydrogels for muscle and brain tissue repair. Her AYSF-supported project aims to engineer an injectable hydrogel filler for brain tumor recovery, addressing the limited capacity for neural tissue regeneration in the adult brain.
Researchers developed an engineered nanoplatform that targets the spleen to reprogram immune cells into antitumoral immune warriors. This approach effectively blocks postsurgical tumor recurrence and demonstrates potential for preoperative neoadjuvant immunotherapies.
The SKKU research team developed an LLM-based platform that proposes synthesis conditions and procedures for complex new materials. The platform iteratively refines itself based on experimental results, scoring an average of 4 out of 5 on key synthesis variables.
Researchers develop world's first oral microbiome-based nanomedicine to enhance immune cells' ability to attack cancer cells. The new drug, Prodrug 201, significantly increases bioavailability and effectively directs stem-like T cells into tumor sites.
A new program combining mindfulness meditation and cognitive therapy substantially reduces gaming disorder symptoms and stress among college students. The research found a marked improvement in students' self-control, even after one month, demonstrating a sustained effect.
A Sungkyunkwan University undergrad researcher developed a new AI system named 'UAV-NAS' that accurately identifies drones while consuming very little power, improving battery efficiency by 88.7%. This technology has significant implications for real-time drone monitoring in military and industrial settings.
Researchers at SKKU create a novel electrode material that suppresses water-splitting reactions and improves energy storage performance. The SA-Pb/NC electrode achieves twice the specific capacitance of conventional electrodes, delivering high power and energy density.
Researchers at SKKU develop a highly efficient catalyst that converts carbon dioxide into industrially valuable 2-propanol, achieving world-record efficiency under ambient conditions. The breakthrough technology uses bifurcated reaction pathways to guide carbon atoms and produce 2-propanol with high selectivity and yield.
Researchers developed two technologies to improve electrical conductivity in organic materials, generating more charge carriers and reconnecting broken pathways. The findings showed significant improvements in conductivity, with one technology increasing electron concentration by over 3,000 S cm−1.
A research team led by Professor Hyoyoung Lee has developed a new catalyst that converts carbon dioxide into ethanol with high selectivity. The catalyst achieves 69% ethanol Faradaic efficiency in MEA systems, demonstrating promising operational stability and product selectivity.
Researchers at Sungkyunkwan University have identified a new principle that controls charge separation in molecular aggregates, crucial for efficient energy devices like organic solar cells and artificial photosynthesis systems. The discovery reveals a fundamental mechanism of charge transfer governed by the surrounding solvent environ...
The research team created 'OpenABE' base editors, which precisely edit both nuclear and mitochondrial genes while reducing off-target effects. This breakthrough enables safer treatment of genetic diseases.
A SKKU study finds that concentrated aid support from a single agency reduces local corruption, but overlapping aid agencies increase the risk of corruption. The research team analyzed data from over 30,000 projects across Afghanistan and found that moderate aid volumes with collaborative project ideas have a positive impact.
A recent study by Sungkyunkwan University analyzed the effects of Generative Artificial Intelligence (GAI) on learning outcomes. The research found that students who used GAI to solve problems showed higher test scores than those who only used it for concept understanding, as it reduced brain stress and increased efficiency.
A research team developed an AI-based system that predicts passenger movements using CCTV footage, allowing for proactive prevention of subway door entrapment accidents. The system achieved a high accuracy of 97.58% in real-time classification.
A new study by Professor Tay Jeong reveals hidden structural asymmetries in public opinion on social media during wartime. The analysis of global hashtag movements during the Gaza war highlights a divide between Arab and non-Arab countries, with pro-Palestinian slogans focusing on heroism and humanitarian sympathy.
A recent breakthrough allows independently trained AI models to trade capabilities and boost overall performance when merged into a single system. By modifying just one core layer, the 'SyMerge' framework enables mutually beneficial synergy between models, solving the long-standing problem of task interference.
Researchers developed an ultrasensitive electrochemical biosensor to detect early-stage liver fibrosis using only a small amount of blood, providing a non-invasive diagnosis method. The sensor achieved high sensitivity and accuracy, distinguishing between healthy individuals and patients with 95.24% sensitivity and 100% specificity.
Researchers have developed a new anticancer immunotherapy technology that selectively eliminates key substances released by cancer cells and boosts the patient's immune response. This 'nanoswitch' technology uses laser therapy to reactivate beneficial extracellular vesicles that induce anticancer immunity.
Researchers developed a designable van der Waals crystal that mimics the functions of human neurons and synapses using light. The device demonstrates key synaptic functionalities and achieves high accuracy in edge detection and image recognition tasks.
A novel silylium Lewis acid organocatalysis technology was developed, allowing for the direct installation of sulfonamide groups into ketone compounds. The catalyst enables precise control over reaction rate and substrate activation, achieving high yields in a sustainable process.
Researchers developed an ultra-stretchable, anti-freezing hydrogel electrolyte using liquid metal particles, enabling flexible energy storage devices to operate reliably in harsh environments. The material maintains stable electrochemical performance even at -20 °C and retains 98% of its performance after 45,000 charge-discharge cycles.
Researchers at SKKU have created a highly efficient water-splitting catalyst that activates 'lattice oxygen' to break the oxygen evolution reaction bottleneck. By controlling atomic spacing, they enabled robust metal-oxygen interactions, achieving lower energy levels than precious metal catalysts.
The study demonstrates a rational precursor design principle for heavy-pnictogen-based III–V nanocrystals, enabling safer and more scalable semiconductor quantum dot synthesis. Metal-amide species play a central role in controlling the reduction of heavy-pnictogen precursors.
The SKKU research team developed DeepTYLCV, an experimentally validated AI model predicting TYLCV virulence. The model achieved 100% concordance with experimental observations, offering a powerful tool for early viral surveillance and resistance breeding programs.
Researchers developed a stevia-PVA hydrogel-based triboelectric nanogenerator that demonstrates improved mechanical strength, electrical output, and recyclability. The device achieves over 70% visible light transmittance and can be recycled via a water-assisted process, making it an eco-friendly material for wearable devices.
The study found that personalized virtual try-on significantly enhances product imagination, making consumers feel more confident about their choices. However, the effects were stronger among consumers with lower spatial processing perception, highlighting a key moderating factor.
MARGO integrates machine learning-based predictive models with overlap weights to address covariate imbalance in clinical trials. The framework demonstrates superior performance over conventional methods, allocating more patients to the effective treatment while maintaining statistical power.
A research team at SKKU has developed specialized 'One-body' materials for dry processes, maximizing battery performance and productivity. The breakthrough technology eliminates toxic liquid solvents, reducing costs and environmental impact.
Researchers developed a next-generation phototherapeutic agent, NDI-COE, which induces pyroptotic cell death in hypoxic tumor tissues. The agent's superior photochemical mechanism involves strong binding to water molecules and efficient electron transfer to oxygen.
The report highlights rapid growth of solid-state implementation since SKKU's first successful realization in 2012, with China, US, and South Korea leading global research efforts. Sungkyunkwan University demonstrates world-class research competitiveness, ranking highly in key indicators.
SKKU researchers have developed a novel device that captures greenhouse gases and generates electricity. The Gas Capture and Electricity Generator (GCEG) uses an asymmetric structure to produce continuous direct current power without external energy input.
Researchers at SKKU have successfully demonstrated the mass production of large-area visible metalenses using a fully automated roll-to-roll manufacturing platform. The platform achieves a record-high throughput of 300 metalenses per second, paving the way for the commercialization of flat optics.
A new platinum-based catalyst has been developed at SKKU, improving both activity and durability in hydrogen fuel cells. The catalyst's optimized electronic structure delivers high oxygen reduction reaction (ORR) activity and outstanding durability, making it suitable for use in hydrogen electric vehicles.
Researchers create electrochemical process that converts lignin into aromatics and cyclohexene-based compounds without external hydrogen, upgrading it into useful chemical precursors. The study demonstrates high selectivity and efficiency in the conversion of recalcitrant ether bonds in lignin.
SKKU Professor Doil Kim has published a book redefining humility as a key resource for cultivating mature moral character. The book offers a novel perspective on humility, distinguishing it from negative Western interpretations of 'self-abasement.'
A research team developed an AI technology that can recognize new actions from only a small number of example videos. The algorithm efficiently summarizes key movement patterns from each video, enabling it to compare actions more effectively and identify similarities and differences accurately.
A study by SKKU professor Tae-Youn Park found that wider posted pay ranges are associated with a lower proportion of female applicants due to increased uncertainty. This can lead to persistent long-term wage gaps as female applicants have lower expectations for salary increases and request less in initial salaries.
A research team has elucidated the mechanism behind polarity inversion in polymer semiconductors, revealing that it occurs when dopant uptake exceeds a critical threshold. This phenomenon enables both p-type and n-type behavior in a single material, simplifying device structures and improving manufacturing efficiency.
Researchers propose a 'tip of the funnel' approach to balance diversity and efficiency in hiring. By targeting carefully selected companies with diverse talent pools, firms can access valuable knowledge while reducing integration costs.