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    • Twisted Bilayer MOFs Enable Customized Moiré Length Scales, Paving the Way for Advances in Twistronics and Quantum Materials 3 hours ago
    • New Catalyst Developed to Efficiently Reduce NOx Across a Wide Temperature Range 7 hours ago
    • Successful Completion of the Third Industry-Academic Convergence Forum Focused on Space and Marine Industries 2 weeks ago
    View all
    • Successful Completion of the Third Industry-Academic Convergence Forum Focused on Space and Marine Industries 2 weeks ago
    • UNIST and Fraunhofer Partner to Strengthen Advanced Composite Material Technologies 2 weeks ago
    • UNIST and South Gyeongsang Province Launch Cooperation on AI Industry and Education 3 weeks ago
    View all
    • UNIST’s Next-Gen Cancer Therapy Selected Among ‘Top 30 Healthcare R&D Achievements of 2025’ 2 weeks ago
    • UNIST Wins Top Award at ICML, One of the World’s Leading AI Conferences 2 weeks ago
    • Dr. Haksoon Jung and Dr. So-Yeon Kim Selected for the ‘Post-Doc Growth-Oriented Research Support’ Program 4 weeks ago
    View all
    • UNIST Connects with Community Through Spring Concert for Children with Disabilities 4 months ago
    • Flower Beds at UNIST Given A New Lease of Life! 4 years ago
    • UNIST Promotes Research Cooperation for Rehabilitation of People with Speical Needs 5 years ago
    View all
    • Twisted Bilayer MOFs Enable Customized Moiré Length Scales, Paving the Way for Advances in Twistronics and Quantum Materials 3 hours ago
    • New Catalyst Developed to Efficiently Reduce NOx Across a Wide Temperature Range 7 hours ago
    • New Study Unveils Innovative Technology for Early Detection of Short-Circuit Precursors in ASSBs 2 weeks ago
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Home Department of Materials Science and Engineering

New Catalyst Developed to Efficiently Reduce NOx Across a Wide Temperature Range

The research findings have been published online in Appl. Catal. B: Environ. on June 12, 2025.

New Catalyst Developed to Efficiently Reduce NOx Across a Wide Temperature Range

Abstract The development and commercialization of efficient NH3-selective catalytic reduction catalysts with a broad operational temperature range are crucial for mitigating NOx emissions from stationary sources; however, these remain a sig... Read More

Aug 13, 2025 By JooHyeon Heo Research
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Researchers Unveil Innovative Deposition Technology for Uniform Metal Alloys at the Atomic Scale

Their findings were published online in Advanced Science on May 28, 2025.

Researchers Unveil Innovative Deposition Technology for Uniform Metal Alloys at the Atomic Scale

Abstract Atomic layer modulation (ALM) presents a novel approach for controlling the stoichiometry of platinum-ruthenium (PtRu) alloys rather than a tedious atomic layer deposition (ALD) supercycling multielement ALD process. This method se... Read More

Jul 16, 2025 By JooHyeon Heo Research
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Innovative Brain-Inspired Vision Sensor Enhances Object Outline Extraction in Varying Lighting Conditions

Their findings have been published in the online version of Science Advances on May 21, 2025.

Innovative Brain-Inspired Vision Sensor Enhances Object Outline Extraction in Varying Lighting Conditions

Abstract Robotic vision has traditionally relied on high-performance yet resource-intensive computing solutions, which necessitate high-throughput data transmission from vision sensors to remote computing servers, sacrificing energy efficie... Read More

Jun 05, 2025 By JooHyeon Heo Research
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MXene, One-Tenth Hair Thickness, Offers Exceptional High-Frequency EMI Shielding

The findings of this research were published in the renowned journal Advanced Materials on April 25, 2025.

MXene, One-Tenth Hair Thickness, Offers Exceptional High-Frequency EMI Shielding

Abstract Broadband and ultrathin electromagnetic interference (EMI)-shielding materials are crucial for efficient high-frequency data transmission in emerging technologies. MXenes are renowned for their outstanding electrical conductivity a... Read More

May 30, 2025 By JooHyeon Heo Research
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Innovative Surface Treatment Technology Extends Life and Enhances Safety of Next-Generation LMBs

The findings were published in the renowned journal ACS Nano on April 29, 2025.

Innovative Surface Treatment Technology Extends Life and Enhances Safety of Next-Generation LMBs

Abstract Lithium (Li) metal has received significant attention as an anode material for next-generation batteries due to its high theoretical capacity and low redox potential. However, the high reactivity of Li metal leads to the formation... Read More

May 26, 2025 By JooHyeon Heo Research
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UNIST Forms Strategic Partnership with Hyundai Steel Co., Ltd. to Advance Magnetic Material Technologies

The signing ceremony for the MoU between the Department of Materials Science and Engineering and Hyundai Steel Co., Ltd. took place on May 8, 2025.

UNIST Forms Strategic Partnership with Hyundai Steel Co., Ltd. to Advance Magnetic Material Technologies

UNIST Department of Materials Science and Engineering has entered into a strategic partnership with Hyundai Steel Co., Ltd., formalized through the signing of a comprehensive Memorandum of Understanding (MOU) on May 8, 2025. This collaborat... Read More

May 09, 2025 By JooHyeon Heo News
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New Study Unveils Material Design Strategy to Mitigate Internal Cracks in Next-Generation Cathode Materials

Their findings were published in Angewandte Chemie International Edition on April 11, 2025.

New Study Unveils Material Design Strategy to Mitigate Internal Cracks in Next-Generation Cathode Materials

Abstract Single-crystal cathodes have been investigated for their inherent resistance to intergranular cracking due to the absence of grain boundaries. However, these materials exhibit significant intragranular cracking, and the underlying... Read More

Apr 22, 2025 By JooHyeon Heo Research
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New Technology Developed for H2 Production from Sugarcane Waste and Sunlight

Their findings have been published in Nature Communications on March 19, 2025.

New Technology Developed for H2 Production from Sugarcane Waste and Sunlight

Abstract To commercialize the technology of photoelectrochemical hydrogen production, it is essential to surpass the US. Department of Energy target of 0.36 mmol h−1 cm−2 for 1-sun hydrogen production rate. In this study, we utilize crystal... Read More

Apr 17, 2025 By JooHyeon Heo Research
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New Study Unveils Solar-Powered Technology for Ammonia and Glycolic Acid Production

Their findings have been published in Nano Letters on February 19, 2025.

New Study Unveils Solar-Powered Technology for Ammonia and Glycolic Acid Production

Abstract Solar-powered electrochemical NH3 synthesis offers the benefits of sustainability and absence of CO2 emissions but suffers from a poor solar-to-ammonia yield rate (SAY) due to a low NH3 selectivity, large bias caused by the sluggis... Read More

Mar 27, 2025 By JooHyeon Heo Research
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New Study Reveals Controlled Proton Tunneling in Water Trimers

The findings of this research have been published in Nano Letters as of February 12, 2025.

New Study Reveals Controlled Proton Tunneling in Water Trimers

Abstract Proton tunneling through a hydrogen bond is a significant quantum phenomenon in proton-mediated processes. Hydrogen bonds strengthen each other through cooperative interactions, enhancing proton tunneling. Controlling cooperativity... Read More

Mar 11, 2025 By JooHyeon Heo Research
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