- KAIST MatriX
- The official newsletter of KAIST Institutes
- kmatrix.kaist.ac.kr
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- Editorial Committee:
- Han, Jin-Hee
- Kim, Ayoung
- Kim, Dae Jung
- Lee, Doh Chang
- Oh, Wang Yuhl
- Seo, Myungeun
Top Story
Research Highlight
Discovery of Contracting Lacteal in Live Small Intestine
A new bio-imaging technique enables a real-time visualization of the live small intestine, leading to the discovery of lacteal contractility and its role for lipid drainage....read more
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Research Highlight
CO2 and Water Used as Feedstocks for Hydrocarbon Fuels
A Saudi Aramco-KAIST CO2 Management Center project led by Professor Doh Chang Lee (CBE, KAIST) designs photoelectrochemical cells in which carbon dioxide and water turn into value-added hydrocarbon fuels.
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Research Highlight
Origami of Hydrogel-laden Paper Scaffolds
A new method to bind hydrogel on paper produces implantable paper origami for tissue regeneration.
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Research Highlight
Urban Mapping for Autonomous Car with SLAM
Simultaneous Localization and Mapping (SLAM) based accurate 3D maps enhance the vehicle autonomy for autonomous car by fusing sensor information.
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Research Highlight
Surfing the Brain with iWEBS
A new technique called iWEBS enables activity monitoring across the entire brain surface using an insertable wrapping electrode array
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Research Highlight
A New Epigenetic Player in Melanoma Tumor Progression and Metastasis
A new study reveals how JMJD3, a histone demethylase protein, promotes tumor by regulating methylation status of a specific target gene promoter locus.
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Research Highlight
KAIST Start-up Set to Release Tomographic Microscope for 3D Live Cell Imaging
3-D Holographic microscopy from a KAIST start-up was launched and enables scientists to visualize cells and tissues without labeling
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Research Highlight
Research on a Small Base Station for 5th Generation Wireless Communication Systems
This article presents the concept and implementation of a beamforming antenna and a passive lossless RF transmission system. This will lead to numerous benefits for systems that require a large number of antennas such as massive MIMO systems.
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Research Highlight
Liquid Crystal Molecules Produce Complex Udumbara Flower Like Shapes
Sublimation and recondensation of liquid crystal molecules can produce complex curvatures at the nanometer scale such as an Udumbara flower-like structure.
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