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    • Robots Map Chemical Reaction “Hyperspaces” to Unlock Complex Networks 45 mins ago
    • New Study Unveils High-Performance Battery Anode Material for Fast Charging and Long Cycle Life 3 hours ago
    • Researchers Unveil Eco-Friendly Direct Patterning Technique for 2D Semiconductor Materials 20 hours ago
    View all
    • UNIST Secures KRW 11 Billion in Research Funding for ‘AI Star Fellowship’ Project 2 weeks ago
    • 2025 UNIST Science ON Concludes with Great Success, Inspiring Thousands in a Celebration of Innovation 2 weeks ago
    • Fall Festival at UNIST Sparks Joy and Togetherness for Children with Unique Needs 2 weeks ago
    View all
    • UNIST Student Becomes First Korean to Win Global Quantitative Investment Competition 20 hours ago
    • UNIST Secures Top Position at Korea’s Premier Autonomous Driving Competition 2 weeks ago
    • [UNIST 18th Anniversary Address] “Building a Future as a Nexus of Innovation and Excellence!” 3 weeks ago
    View all
    • UNIST and PKNU Sign MOU to Promote Educational Donations and Develop Joint STEM Programs in Gyeongsang Region 2 months ago
    • UNIST Connects with Community Through Spring Concert for Children with Disabilities 6 months ago
    • Flower Beds at UNIST Given A New Lease of Life! 4 years ago
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    • Robots Map Chemical Reaction “Hyperspaces” to Unlock Complex Networks 45 mins ago
    • New Study Unveils High-Performance Battery Anode Material for Fast Charging and Long Cycle Life 3 hours ago
    • Researchers Unveil Eco-Friendly Direct Patterning Technique for 2D Semiconductor Materials 20 hours ago
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Researchers Unveil Eco-Friendly Direct Patterning Technique for 2D Semiconductor Materials

A joint research team, affiliated with UNIST and Yonsei University introduced a novel technique that aims to prevent material damage and reduce toxicity in semiconductor manufacturing.

Researchers Unveil Eco-Friendly Direct Patterning Technique for 2D Semiconductor Materials

Abstract Solution-processed 2D nanomaterials have emerged as key building blocks for the large-scale assembly of functional electronic devices. Solution processing enables the formation of electronically active percolated networks by levera... Read More

Oct 14, 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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Hydrophenazine-linked 2D Ladder-type Crystalline Fused Aromatic Network with High Charge Transport

Hydrophenazine-linked 2D Ladder-type Crystalline Fused Aromatic Network with High Charge Transport

Abstract Since the advent of graphene, the development of crystalline twodimensional (2D) organic materials with semiconducting features has been extensively explored for their potential optoelectronic applications. Despite extensive progre... Read More

Oct 21, 2022 By JooHyeon Heo Research
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A Tech Jewel: Converting Graphene into Diamond Film

The work by Distinguished Professor Rodney S. Ruoff has been published in Nature Nanotechnology on December 10, 2019.

Synthesis of the thinnest possible diamond-like material starting from bilayer graphene and without high pressure.

A Tech Jewel: Converting Graphene into Diamond Film

Can two layers of the “king of the wonder materials,” i.e. graphene, be linked and converted to the thinnest diamond-like material, the “king of the crystals”? An international team of researchers, affiliated with UN... Read More

Dec 10, 2019 By Dahee Carol Kim Research
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Global News

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  • [Korea Bizwire] June, 4, 2024

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  • [Korea Biomedical Rev.] June, 4, 2024

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  • [Phys.org] May,27, 2024

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