• Home
  • Introduction to KI
  • Research Highlight
  • Activity
Tag: Graphene
  • Research Highlight Top Story

    Human muscle-inspired Hercules artificial muscle fiber

    Prof. Sang Ouk Kim’s group has developed robust and durable actuator fibers by incorporating 2D graphene fillers in aligned liquid crystal elastomer matrix; these fibers surpass the strength and toughness of human muscle. The reversible percolation of the graphene filler network within the composite structure upon contraction/recovery actuation offers interesting electrical switching behavior, as well as work capacity and power density far beyond those of human or mammalian muscles....read more

    Actuator Artificial muscle Graphene KI for the NanoCentury Liquid crystal elastomer Post-Human Mechanical Actuator Materials
  • Research Highlight

    Computer Simulations Reveal Why Graphene Nanoplatelets Are Good for Solar Cells

    A first-principles computational investigation sheds light on the atomistic origins of the excellent electrocatalytic activity of edge-selenated graphene nanoplatelets as dye-sensitized solar cell counter electrodes....read more

    Ab initio simulations Dye-sensitized solar cells Electrocatalytic activity Graphene
  • Research Highlight

    The Mystery of Luminescent Graphene Quantum Dots

    ...read more

    Graphene KINC
  • Research Highlight

    Stamping with Graphene

    ...read more

    Graphene KINC
  • Research Highlight

    Conformal Graphene Coating Keeps Hydrophobicity

    ...read more

    Graphene Hydrophobicity KINC
KAIST Institutes for Interdisciplinary and Integrative Research
KmatriX
Copyright © 2015 KAIST MATRIX. All rights reserved.
291 Daehak-ro Yuseong-gu Daejeon, 34141, Republic of Korea
Partnered with KAIST Breakthroughs and KAIST Compass