A total of sixteen professors were named as authors of outstanding research papers selected by the Industry-University Cooperation Foundation for Week 1 of November 2025. The selected professors are Ko Min-jae (Department of Chemical Engineering), Kim Dong-rip (School of Mechanical Engineering), Kim Dong-joo (Department of Civil and Environmental Engineering), Roh Sung-won (College of Medicine, Department of Psychiatry), Roh Tae-woo (School of International Studies), Park Ki-ho (Department of Chemical Engineering), Park Jin-a (Department of Urban Planning and Engineering), Sun Yangkook (Department of  Energy Engineering), So Hong-yun (School of Mechanical Engineering), Yoo Hyoung-suk (Major in Biomedical Engineering), Lee Su-gie (Department of Urban Planning Engineering), Lee Jong-won (Department of Materials Science and Engineering), Jung In-hwan (Department of Organic and Nano Engineering), Jung Hyun-do (Department of Materials Science and Engineering), Choi Hyo-sung (Department of Chemistry), and Hwang Jang-yeon (Department of Energy Engineering). (Listed in Korean alphabetical order).

토토사이트 해외축구 중계 Ko Min-jae | Department of Chemical Engineering – Enhanced Thermal Stability in Perovskite Solar Cells via the Integration of a Nonionic Binary Compound 

토토사이트 해외축구 중계 Ko Min-jae's paper was published in the SCI-E-listed international journal, Advanced Energy Materials (2024 IF 26.0). The research team applied a new nonionic binary compound, DMBSA, for defect passivation strategy to resolve the issues of thermal and structural instability inherent in perovskite solar cells. DMBSA was shown to be stable and not easily decomposed even at high temperatures, which is advantageous for maintaining long-term performance. In actual experiments, the solar cells incorporating DMBSA exhibited reduced performance degradation in high-temperature environments and improved photovoltaic efficiency. The team concluded that this research can contribute to the development of high-efficiency and high-stability perovskite solar cells.

Professor Kim Dong-rip | School of Mechanical 토토사이트 해외축구 중계 – All-Dry Self-Adhesive Soft Electrodes with Subsurface Pores for Long-Term Skin Recording

A paper in which Professor Kim Dong-rip participated was published in the SCI-E-listed international journal, Small (2024 IF 12.1). To overcome the limitations of conventional electrodes that require gels or adhesives, the research team developed an ‘all-dry self-adhesive soft electrode’ that combines micro-pillar structures with a porous subsurface. This electrode is characterized by low skin contact resistance, high air permeability, and stability that prevents detachment even from repetitive skin movements. In actual experiments, the signal quality was maintained for over 24 hours even in sensitive areas like the wrist and around the eyes, with minimal irritation on skin upon removal. The team suggested that this dry electrode has potential for use in long-term, non-invasive biosignal measurement fields such as newborn care, home healthcare, and sleeping pattern analysis.

토토사이트 해외축구 중계 Kim Dong-joo | Department of Civil and Environmental Engineering – Mechanical resistance of reinforced concrete beams strengthened by waste fishing net hybrid fiber-reinforced cementitious composites 

A paper co-authored by 토토사이트 해외축구 중계 Kim Dong-joo was published in the SCI-E-listed international journal, Composite Structures (2024 IF 7.1). The research team experimentally compared the flexural and shear behavior of reinforced concrete beams utilizing waste fishing net fibers.

The results showed that the strengthening layer containing waste fishing net fibers had superior initial load-bearing capacity and crack suppression effect compared to ordinary concrete. Specifically, the improvement in structural performance was greater when using fibers with high levels of stiffness.

Professor Roh Sung-won | College of Medicine, 토토사이트 해외축구 중계 of Psychiatry – Comparative effectiveness of digital versus face-to-face cognitive behavioral therapy for alcohol use disorder: a systematic review and meta-analysis 

A paper co-authored by 토토사이트 해외축구 중계 Roh Sung-won was published in the SSCI-listed international journal, Psychological Medicine (2024 IF 5.5). This study is a systematic review and meta-analysis that directly compares the therapeutic efficacy of Digital CBT(dCBT) versus Face-to-Face CBT(fCBT) for patients with Alcohol Use Disorder(AUD).

Analyzing 25 randomized controlled trials, dCBT showed distinct improvements in reducing drinking volume, while fCBT demonstrated greater efficacy in an ‘active treatment’ environment. Both methods were effective in reducing drinking frequency, with fCBT showing a slightly greater change overall. The research team explained that the two treatment approaches can be utilized complementarily depending on the situation.

Professor Roh Tae-woo | School of International Studies – Political Stability and Economic Development: Institutional Sclerosis and the Moderating Role of Institutions

토토사이트 해외축구 중계 Roh Tae-woo's paper was published in the SSCI-listed international journal, Sustainable Development (2024 IF 8.2). This study analyzed the effect of political stability on economic growth using a structural model(system-GMM), based on data 토토사이트 해외축구 중계 162 countries between 2007 and 2022.

The results revealed an ‘inverse U-shaped’ relationship: political stability promotes economic growth up to a certain level, but if it becomes excessively high, it leads to institutional sclerosis and slow innovation, thereby weakening the growth effect. Furthermore, it was confirmed that institutional factors such as education level and government quality mitigate the negative impact of excessive stability. The team emphasized that long-term investment in education and institutional quality is crucial for sustainable development, as a nation's institutional capacity moderates the relationship between political stability and growth.

토토사이트 해외축구 중계 Park Ki-ho | Department of Chemical Engineering – A novel framework for forward osmosis in zero-and low-flow conditions: Applicability and fundamental differences 토토사이트 해외축구 중계 reverse osmosis

A paper co-authored by 토토사이트 해외축구 중계 Park Ki-ho was published in the SCI-E-listed international journal, Water Research (2024 IF 12.4). The research team proposed a new External Concentration Polarization(ECP) model to explain the Forward Osmosis(FO) process under low-flow and zero-flow conditions, where accurate prediction was difficult with conventional models.

The model was designed to accurately predict changes in osmotic flux under low-flow conditions by considering both molecular diffusion and natural convection. The results 토토사이트 해외축구 중계 experiment and simulation showed that the proposed model showed a smaller difference between conventional predictions and actual observations. Sensitivity analysis indicated that membrane characteristics and the zero-flow environment significantly affect FO performance. The team explained that this model can be utilized in the design of small-scale, low-flow FO systems and help in understanding the fundamental differences 토토사이트 해외축구 중계 the Reverse Osmosis(RO) process.

토토사이트 해외축구 중계 Park Jin-a | Department of Urban Planning Engineering – Dark kitchens and streetscapes: Exploring the location choices of ‘dark kitchens’ using street view imagery 

토토사이트 해외축구 중계 Park Jin-a's paper was published in the SSCI-listed international journal, Applied Geography (2024 IF 5.4). The research team analyzed street view imagery and streetscape elements to understand the spatial location characteristics of ‘dark kitchens,’ which operate solely on deliveries and no face-to-face interactions with customers.

The results showed that dark kitchens had a high probability of locating in areas with comfortable pedestrian environments and good vehicular accessibility, but were relatively less common in streets with high aesthetic quality. In contrast, regular restaurants showed a strong positive correlation with attraction factors such as vitality and pedestrian-friendliness. The team emphasized the need for differentiated strategies that consider both the local pedestrian environment and urban vitality in the context of the expanding delivery-centric commercial structure.

토토사이트 해외축구 중계 Sun Yang-kook | Department of Energy Engineering - Nanorod Cathodes: A Solution for Polycrystalline Cathodes in Next-Generation Lithium Batteries 

A paper in which 토토사이트 해외축구 중계 Sun Yang-kook participated was published in the SCI-E-listed international journal, ACS Energy Letters (2024 IF 18.9). This review 토토사이트 해외축구 중계 addresses next-generation cathode design strategies to improve the mechanical degradation and vulnerability for electrolyte reactions in conventional polycrystalline cathode materials.

The research team explains that a ‘nanorod structure’ composed of radially aligned primary particles is advantageous for suppressing microcracks and enhancing structural stability. The paper summarizes the development process and operation mechanism of nanorod cathodes and suggests their potential for application in next-generation batteries such as lithium metal and all-solid-state batteries. Finally, it proposes directions of future research to realize high-performance and high-durability batteries based on nanorod cathodes.

Professor So Hong-yun | School of Mechanical Engineering – Programmable FPGA-based TDLAS-WMS hygrometer(PFTWH) for broad-range water vapour detection: Quantitative assessment of digital lock-in amplifier(DLIA) performance via integrated WMS system(I-WMS) 

A paper co-authored by Professor So Hong-yun was published in the SCI-E-listed international journal, Sensors and Actuators B-Chemical (2024 IF 7.7). The research team developed an ‘Programmable FPGA-based TDLAS-WMS hygrometer’ (PFTWH) capable of precise water vapor measurement in the range of 70–5800 ppm, and implemented a Digital Lock-in Amplifier(DLIA) with a windowed-Hamming design and a 200-tap filter to enhance signal processing performance.

The device was advantageous for complex signal analysis simultaneously processing different frequency components(1f, 2f), and showed stable performance in long-term measurements, maintaining a time resolution of 0.1s. A quantitative assessment using the Integrated WMS system(I-WMS) compared the PFTWH with conventional hygrometers, verifying the accuracy, linearity, and uncertainty of the DLIA. 토토사이트 해외축구 중계 the results, the team explained that this technology can be utilized in the field of high-precision moisture sensing.

토토사이트 해외축구 중계 Yoo Hyoung-suk | Major in Biomedical Engineering – IoMT-Enabled Stretchable Strain Sensor for Real-Time Urinary Bladder Monitoring 

A paper 토토사이트 해외축구 중계 Yoo Hyoung-suk participated in was published in the SCI-E-listed international journal, IEEE Internet of Things Journal (2024 IF 8.9). The research team developed an IoMT-enabled monitoring system combining a stretchable strain sensor and antenna technology for non-invasive, real-time measurement of bladder pressure in Urinary Incontinence(UI) patients.

The sensor exhibited high stretchability 토토사이트 해외축구 중계 0% to 90% and maintained stable resistance changes during repeated deformation tests, confirming its durability. It also transmitted data over distances of longer than 2m through a wireless biotelemetry module, and compatibility tests with the MRI environment were performed. The team explained that the technology anticipates potential use in the medical IoT field, including non-invasive diagnostics and remote patient monitoring.

토토사이트 해외축구 중계 Lee Su-gie | Department of Urban Planning and Engineering – Do visual attributes of streetscapes affect car crashes? Applications of computer vision techniques and machine learning 

A paper co-authored by 토토사이트 해외축구 중계 Lee Su-gie was published in the SSCI-listed international journal, Travel Behaviour and Society (2024 IF 5.7). The research team quantitatively analyzed how urban landscape elements are related to car crashes, utilizing computer vision and machine learning based on panoramic street images 토토사이트 해외축구 중계 the driver's perspective.

As a result, the study showed that elements reducing visual burden, such as urban green spaces, lower the risk of accidents, whereas excessive signage and complex visual information cause overload in cognitive functions, increasing the likelihood of accidents. The team highlighted the importance of managing the visual environment in future urban planning and traffic safety policy, by stating that specific street elements directly associate with accidents.

토토사이트 해외축구 중계 Lee Jong-won | Department of Materials Science and Engineering – Toughened Bimodal Cathodes for All-Solid-State Batteries via Controlled Interfacial Heterogeneity 

A paper in which 토토사이트 해외축구 중계 Lee Jong-won participated was published in the SCI-E-listed international journal, ACS Applied Materials & Interfaces (2024 IF 8.2). To secure high energy density in all-solid-state batteries, the research team proposed a method to increase particle packing density by applying a ‘bimodal cathode structure’ that combines NCA particles of two different sizes.

The analysis confirmed that cracking resulting 토토사이트 해외축구 중계 interfacial heterogeneity caused performance degradation in the large NCA particles. Mitigation of this through the application of a nanostructure coating resulted in reduced particle fracture and improved stability for charging and discharging. The team explained that this approach presents an important guideline for designing cathode materials for high-energy all-solid-state batteries.

토토사이트 해외축구 중계 Jung In-hwan | Department of Organic and Nano Engineering - Site-Selective Fluorination of Bathocuproine Derivatives for Enhanced Performance and Stability in Perovskite Solar Cells 

A paper co-written by 토토사이트 해외축구 중계 Jung In-hwan was published in the SCI-E-listed international journal, ChemSusChem (2024 IF 6.6). The research team developed BCP-m2F and BCP-m4F, where fluorine was selectively introduced to the terminal phenyl ring, to enhance the stability of the Electron Transport Layer(ETL).

These derivatives improved film uniformity and conductivity by increasing the binding affinity with C60, strengthening surface passivation, and reducing recombination. Specifically, devices applying BCP-m4F showed significantly enhanced thermal stability and performance in low-light conditions. The team assessed that this fluorination strategy can contribute to improving the efficiency and durability of the next-generation perovskite solar cells.

토토사이트 해외축구 중계 Jung Hyun-do | Department of Materials Science and Engineering – Mesenchymal Stem Cell-Inspired Microneedle Platform for NIR-responsive Immunomodulation and Accelerated Chronic Wound Healing 

A paper co-authored by 토토사이트 해외축구 중계 Jung Hyun-do was published in the SCI-E-listed international journal, Advanced Materials (2024 IF 26.8). To address the persistent inflammation and reduced angiogenesis in patients with chronic wounds, the research team developed a biomimetic microneedle(MSC@MN) platform combining Mesenchymal Stem Cell-derived Endoplasmic Reticulum Nanovesicles (MSC-EV) and drug delivery components.

The device releases drugs in response to Near-Infrared(NIR) stimulation, inducing immune cell polarization modulation and anti-inflammatory responses, thereby improving the regenerative environment of the wound tissue. The effects of reduced inflammation, promoted angiogenesis, and accelerated skin regeneration were confirmed in animal models. The team assessed that this technology has high potential for application in chronic wound treatment and regenerative medicine.

토토사이트 해외축구 중계 Choi Hyo-sung | Department of Chemistry – Linear fused-ring donor polymer with suppressed aggregation and a deep HOMO level for efficient organic solar cells

A paper  Professor Choi Hyo-sung participated in was published in the SCI-E-listed international journal, Journal of Materials Chemistry A (2024 IF 9.5). The research team developed two types of D–A structured polymers(P-BTST, P-DT-BTST) to enhance the photovoltaic performance of organic solar cells.

The newly introduced fused-ring unit increased the planarity of the polymer and reduced aggregation, which hinders charge transport, leading to a deeper HOMO energy level and enhanced light absorption. Analysis showed that P-BTST exhibited excellent thin-film alignment and charge transport characteristics, achieving a high power conversion efficiency of 15.04% compared to the reference material. The team suggested the polymer is a promising candidate for designing high-efficiency wide-bandgap(WBG) donors.

토토사이트 해외축구 중계 Hwang Jang-yeon | Department of Energy Engineering – Investigating the effect of binder for stabilizing a sulfurized polyacrylonitrile cathode in sodium–sulfur batteries 

A paper co-authored by 토토사이트 해외축구 중계 Hwang Jang-yeon was published in the SCI-E-listed international journal, Journal of Power Sources (2024 IF 7.9). The research team compared and analyzed various water-soluble binders to enhance the structural stability of the Sulfurized Polyacrylonitrile(SPAN) cathode in Sodium–Sulfur(Na–S) batteries.

While the conventional PVdF binders led to performance degradation due to poor adhesion and environmental limitations, Polyacrylic Acid(PAA) and Sodium Alginate(Na-Alg) formed strong chemical bonds with SPAN, demonstrating uniform stress distribution and improved mechanical stability. In particular, the cell applied with PAA maintained a high capacity of 2.6 mAh cm^-2 for over 200 cycles at 0.5C, proving its potential as a long-life span electrode material.