A total of 19 토토사이트 포인트사기s were named as authors of outstanding research papers for Week 1 of December 2025, selected by the Industry-University Cooperation Foundation. The selected 토토사이트 포인트사기s are: 토토사이트 포인트사기 Kwon Eil-hann of the Department of Earth Resources and Environmental Engineering, 토토사이트 포인트사기 Kim Ki-hyun of the Department of Civil and Environmental Engineering, 토토사이트 포인트사기 Kim Do-hwan of the Department of Chemical Engineering, 토토사이트 포인트사기 Kim Dong-won of the Department of Chemical Engineering, 토토사이트 포인트사기 Kim Dong-joo of the Department of Civil and Environmental Engineering, 토토사이트 포인트사기 Kim Sung-hwan of the Major in Biomedical Engineering, 토토사이트 포인트사기 Kim Su-mi of the School of Global Content Convergence, 토토사이트 포인트사기 Kim Hak-sung of the School of Mechanical Engineering, 토토사이트 포인트사기 Kim Hyun-woo of the School of Materials Science and Engineering, 토토사이트 포인트사기 Kim Hyung-jun of the Department of Chemistry, 토토사이트 포인트사기 Rho Mi-na of the School of Computer Science, 토토사이트 포인트사기 Min Byoung-kyu of the School of Economics and Finance, 토토사이트 포인트사기 Yeom Bong-jun of the Department of Chemical Engineering, 토토사이트 포인트사기 Yoo Ho-cheon of the School of Electronic Engineering, 토토사이트 포인트사기 Yoon Chong-seung of the School of Materials Science and Engineering, 토토사이트 포인트사기 Lee Byung-hun of the Major in Biomedical Engineering, 토토사이트 포인트사기 Jang Hye-young of the Department of Nursing, 토토사이트 포인트사기 Joung June-gak of the School of Interdisciplinary Industrial Studies, and 토토사이트 포인트사기 Lee Jin-kyu of the College of Medicine(Department of Orthopedic Surgery). (Names listed in Korean alphabetical order)

토토사이트 포인트사기 Kwon Eil-hann | Department of Earth Resources and Environmental Engineering – CO₂-derived syngas production via pyrolysis of bamboo

토토사이트 포인트사기 Kwon Eil-hann’s paper was published in the SCI-E international journal Energy (IF 9.4 as of 2024). This study applied bamboo, a fast-growing biomass, to a pyrolysis process and presented a method for producing syngas using CO₂ as a co-reactant. The research team confirmed that CO₂ reacts with volatile components derived from bamboo to convert the carbon flow into CO-centered syngas, and that the CO₂ conversion rate and gas quality improved through the application of a catalyst. Furthermore, they demonstrated the potential for carbon-negative syngas production by showing that CO₂ utilization efficiency can be increased through a process design combined with the water-gas shift(WGS) reaction.

토토사이트 포인트사기 Kim Ki-hyun | Department of Civil and Environmental Engineering – The doping-defect interplay in carbon capturing materials: from atomic design to practical feasibility 

토토사이트 포인트사기 Kim Ki-hyun’s paper was published in the SCI-E international journal Renewable & Sustainable Energy Reviews (IF 16.3 as of 2024). This review study systematically summarized the atomic-level interaction between doping and defects which determines the performance of Carbon Capture and Storage(CCS) materials. The study comparatively analyzed the effects of various defects, such as metal/non-metal doping and oxygen vacancies, on electronic structures and CO₂ binding characteristics, while also addressing stability and durability issues under actual operating conditions. Through this, it presented a direction suggesting that defect control and doping strategies must be considered simultaneously for the design of next-generation CCS materials.

토토사이트 포인트사기 Kim Do-hwan | Department of Chemical Engineering – Microlithography of hole transport layers for high-resolution organic light-emitting diodes with reduced electrical crosstalk / Multiscale Engineering of Ion-Conducting Gels for Sustainable Bioelectronic Systems]

토토사이트 포인트사기 Kim Do-hwan’s paper was published in the SCI-E international journal Nature Electronics (IF 40.9 as of 2024). This study presented a method to effectively reduce the crosstalks, electrical pixel-to-pixel interference, in high-resolution OLEDs by patterning a silicon-integrated small-molecule hole transport layer using microlithography. Through this,  ultra-high-resolution micro-OLED arrays exceeding 10,000 ppi were confirmed feasible.

Another paper by 토토사이트 포인트사기 Kim Do-hwan was published in the SCI-E international journal Small Methods (IF 9.1 as of 2024). This review study summarized a multiscale approach to design ion-conducting gels at the material-device-system level. The study systematically presented designing strategies ranging from securing ion mobility and mechanical stability through polymer network regulation to electrode interface stabilization and signal processing, highlighting core tasks for implementing long-lasting bioelectronic systems.

토토사이트 포인트사기 Kim Dong-won | Department of Chemical Engineering – Single Li-ion conducting solid hybrid electrolytes incorporating fibrous LLZO membrane for lithium metal batteries

토토사이트 포인트사기 Kim Dong-won’s paper was published in the SCI-E international journal Materials Today Energy (IF 8.6 as of 2024). This study developed a solid hybrid electrolyte (SIPE-LLZO) combining a fibrous LLZO(Li₆.₄La₃.₀Zr₂.₀Al₀.₂O₁₂) membrane with a single lithium-ion conducting polymer electrolyte. The research team confirmed that this electrolyte secures both high ionic conductivity and a high lithium-ion transport number(t⁺≈0.9), implementing stable lithium plating/stripping behavior for a long period and excellent cycle life in lithium metal batteries even at 25 °C. This study suggests the possibility of designing single-ion conducting solid electrolytes for lithium dendrite suppression and high-capacity lithium metal battery realization.

Professor Kim Dong-joo | Department of Civil and Environmental Engineering – Tensile response of ultra-high performance lightweight fiber-reinforced cementitious composite containing hollow glass microspheres at high strain rates 

Professor Kim Dong-joo’s paper was published in the SCI-E international journal Cement & Concrete Composites (IF 13.1 as of 2024). This study experimentally analyzed the tensile behavior of ultra-high performance lightweight fiber-reinforced cementitious composites (UHP-LFRCC) containing hollow glass microspheres(HGM) under various strain rate conditions. The results confirmed that multiple cracking behavior and tensile hardening characteristics were maintained even under high strain rate conditions, and that the introduction of HGM contributed to improving usability and deformation capacity.

토토사이트 포인트사기 Kim Sung-hwan | Major in Biomedical Engineering – A skin-compatible electronic tattoo for light-triggered transdermal delivery of drugs with diverse physicochemical properties

토토사이트 포인트사기 Kim Sung-hwan’s paper was published in the SCI-E international journal Chemical Engineering Journal (IF 13.2 as of 2024). This study developed an ultra-thin electronic tattoo technology combining cellulose nanofibers, graphene, and silk fibroin, presenting technology to deliver drugs with various physical properties deep into the skin via light stimulation. The research team utilized a silk-based storage layer to simultaneously encapsulate hydrophilic and hydrophobic drugs and confirmed that drug diffusion was effectively promoted by the photothermal effect of graphene under the low-power red LED. Through tissue analysis, the pigmentation inhibition effect and biocompatibility were also verified.

토토사이트 포인트사기 Kim Su-mi | School of Global Content Convergence – Conceptualising K-pop as cultural heritage and content: institutionalisation within South Korea’s cultural policy framework 

Professor Kim Su-mi’s paper was published in the SSCI international journal International Journal of Cultural Policy (IF 1.6 as of 2024). This study tracked changes in South Korea's cultural policy since the 1960s and analyzed the process through which K-pop has been institutionalized from popular music into cultural heritage and cultural content. At the intersection of cultural policy and popular culture studies, the research shows what role the state institutions and policies played in the legitimation and heritagization of K-pop.

토토사이트 포인트사기 Kim Hak-sung | School of Mechanical Engineering – A critical review of the past, present, and future of 3D printing for continuous and short fiber composites

Professor Kim Hak-sung’s paper was published in the SCI-E international journal Composite Structures (IF 7.1 as of 2024). This review study comprehensively analyzed the technological development of 3D printing for continuous and short-fiber-reinforced composites from the perspectives of mechanical performance, manufacturing processes, and sustainability. The study summarized technical limitations such as fiber alignment control, interfacial bonding, and process reliability, while presenting the possibilities and limitations of recent approaches such as AI-based process optimization and multi-material printing. Through the analysis, it proposed future research directions for structurally robust and scalable additive manufacturing technology using fiber composite.

토토사이트 포인트사기 Kim Hyun-woo | School of Materials Science and Engineering – Microwave-irradiated WS₂/WO₃-graphene composites for high-performance NO₂ detection

Professor Kim Hyun-woo’s paper was published in the SCI-E international journal Chemical Engineering Journal (IF 13.2 as of 2024). By forming WS₂/WO₃-graphene heterostructures using microwave, this study implemented high sensitivity to NO₂ at the 100 ppb level and a low detection limit of 0.76 ppb, confirming that stable sensing performance and durability are maintained even in high humidity and mixed-gas environments.

Professor Kim Hyung-jun | Department of Chemistry – Investigating intermolecular interactions at the membrane–catalyst interface to improve the performance and durability of anion exchange membrane water electrolysis

Professor Kim Hyung-jun’s paper was published in the SCI-E international journal Journal of Power Sources (IF 7.9 as of 2024). The research team improved the membrane-catalyst interfacial binding force by introducing methoxyethyl functional groups into the anion exchange membrane. As a result, they experimentally proved that water electrolysis performance was improved by up to 25% and that durability was significantly enhanced even under high-current conditions.

토토사이트 포인트사기 Rho Mi-na | School of Computer Science – DeepCOI: a large language model-driven framework for fast and accurate taxonomic assignment in animal metabarcoding 

토토사이트 포인트사기 Rho Mi-na’s paper was published in the SCI-E international journal Genome Biology (IF 9.4 as of 2024). This study proposed DeepCOI, a Large Language Model(LLM)-based classifier pre-trained on more than 7 million COI gene sequences. It greatly improved the efficiency of large-scale biodiversity analysis through higher accuracy(AU-ROC 0.958) and faster inference compared to existing methods.

토토사이트 포인트사기 Min Byoung-kyu | School of Economics and Finance – Can machine learning uncover abnormal returns in uncharted financial territories? 

토토사이트 포인트사기 Min Byoung-kyu’s paper was published in the SSCI international journal Pacific-Basin Finance Journal (IF 5.3 as of 2024). This study empirically analyzed that machine learning-based return prediction strategies can generate significant abnormal returns in the Korean stock market, suggesting that the applicability of the 'Weak-form Efficient Market Hypothesis' may appear differently across markets.

토토사이트 포인트사기 Yeom Bong-jun | Department of Chemical Engineering – Highly porous poly(m-phenylene isophthalamide)/poly(ether imide) composite separators with a sponge-like structure fabricated using non-solvent induced phase separation and biaxial stretching for lithium-metal batteries

Professor Yeom Bong-jun’s paper was published in the SCI-E international journal Journal of Power Sources (IF 7.9 as of 2024). This study combined Non-solvent Induced Phase Separation(NIPS) and biaxial stretching processes to fabricate PMIA/PEI composite separators with high porosity and a sponge-like structure. The developed separator showed high electrolyte affinity and ability to transport lithium ions, which is advantageous for lithium dendrite suppression and therefore provided excellent cycle stability in lithium metal batteries.

토토사이트 포인트사기 Yoo Ho-cheon, School of Electronic Engineering – Transistor-Level Activation Functions via Two-Gate Designs: From Analog Sigmoid and Gaussian Control to Real-Time Hardware Demonstrations

Professor Yoo Ho-cheon’s paper was published in the SCI-E international journal Advanced Materials (IF 26.8 as of 2024). This study implemented analog activation functions in the form of Sigmoid and Gaussian shapes at the hardware level through a transistor structure with two gates. It demonstrated that the proposed device can continuously control the slope and range of the activation function, achieving high accuracy and energy efficiency simultaneously in real-time neural network operations.

토토사이트 포인트사기 Yoon Chong-seung | School of Materials Science and Engineering – PtPd alloy film-coated lipid nanotubes for glucose fuel cells in a neutral medium

토토사이트 포인트사기 Yoon Chong-seung’s paper was published in the SCI-E international journal Journal of Power Sources (IF 7.9 as of 2024). The study implemented a glucose fuel cell that operates stably even in a neutral environment by coating PtPd alloy thin films on the surface of lipid nanotubes. The fuel cell showed high power density and stable electrochemical performance, presenting the possibility of application as an implantable bioenergy device in the human body.

토토사이트 포인트사기 Lee Byung-hun | Major in Biomedical Engineering – Load-Utilized Constant Voltage Wireless Power and Data Transfer System for Multiple IoT Devices in RF-Challenging Environments 

토토사이트 포인트사기 Lee Byung-hun’s paper was published in the SCI-E international journal IEEE Transactions on Industrial Informatics (IF 9.9 as of 2024). This study proposed a load-utilized constant-voltage wireless power and data transfer system that can stably deliver power and data simultaneously to multiple IoT devices even under challenging RF conditions. Experiments verified that power supply and simultaneous data transmission to up to three devices are possible.

토토사이트 포인트사기 Jang Hye-young | School of Nursing – Organizational Silence and Related Factors Among Shift Work Nurses in Korea: A Cross-Sectional Study 

토토사이트 포인트사기 Jang Hye-young’s paper was published in the SSCI international journal Journal of Nursing Management (IF 4.0 as of 2024). This study analyzed individual and organizational factors affecting organizational silence among nurses in Korea working in shifts. The analysis showed that the working environment, leadership, and experiences of workplace bullying were significantly associated with organizational silence.

토토사이트 포인트사기 Joung June-gak | School of Interdisciplinary Industrial Studies – Achieving High-Crystallinity YSZ Thin-Films on Si Using Explainable AI and Bayesian Optimization in Resource-Constrained Settings 

Professor Joung June-gak’s paper was published in the SCI-E international journal Crystal Growth & Design (IF 3.4 as of 2024). This study presented a process design strategy to efficiently improve the crystallinity of YSZ thin films even under limited experimental conditions by combining Explainable AI(SHAP) and Bayesian optimization. Thin films with excellent surface roughness and crystal quality were implemented with only a small number of experiments, proving the practical possibility of AI-based thin-film process optimization.

토토사이트 포인트사기 Lee Jin-kyu | College of Medicine(Department of Orthopedic Surgery) – A new biological enhancement therapy for anterior cruciate ligament reconstruction: the preclinical proof of anterior cruciate ligament reconstruction with tendon graft reseeded with autologous anterior cruciate ligament-derived cells

토토사이트 포인트사기 Lee Jin-kyu’s paper was published in the SCI-E international journal Stem Cell Research & Therapy (IF 7.3 as of 2024). This study presented a new biological enhancement strategy in anterior cruciate ligament(ACL) reconstruction, reseeding autologous ACL-derived cells onto the tendon graft and utilizing decellularized cruciate ligament matrix(ACLM) powder as a biological scaffold. Preclinical experimental results confirmed that this approach promoted cell survival and matrix remodeling within the graft, improving collagen alignment and structural maturity, while also increasing mechanical strength compared to the control group. The research suggests the possibility of bio-adjuvant therapy that can simultaneously improve graft maturation and functional recovery in ACL reconstruction.