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Backgrounds

  • Backgrounds
  • Visions and Final Goals
  • Research by Phase
  • Key Projects and Strategy for Association
  • HIM Platform
HOME > Project Introduction > Backgrounds

연구관리시스템

  • The necessity to develop the world’s top materials technology has been raised to respond to rapidly changing industries and ensure Korea’s continuous growth in future decades.
  • The necessity to create a first-mover innovative materials technology and IP has been pointed out to overcome the constraints of nano-materials and develop materials technology with complex new features.

Stone, Brass, and Iron Age → Single-component materials → Composite materials → Nanomaterials → Hybrid materials → Futuristic materials based on hybrid interfaces

Future Material of the Hybrid Interface-based

HIM is a research technology that creates futuristic materials with new functions, prestige features, convergence, and fusion features through design, invention, and evaluation of interface materials and volumes, which enable the connection of heterogeneous materials, substances, and scales at an electronic, atomic, and molecular structural level, realizing their new features. It is a first-mover ground-breaking technology that enables to create efficient, cutting-edge futuristic materials, parts, and products through convergence with IT.

Future Material of the Hybrid Interface-based
National and social issues
  • Ready for future industries : Entered into an era of shale gas, Preparing for limited resources including rare earth resources, Commercialization of electric cars
  • Create a english model for new industries : Necessity to create aerospace-related industries, Creating new industries of which IT is applied
  • Advance key industries : Semiconductor market, Composite materials for automobiles, nuclear applications, shipbuilding, marine/heavy industries
7 Developments
  • Development of new catalysts for shale gas, Development of super magnets, Development of high performance and stable batteries
  • Development of components and materials for the aerospace industry, Development of new electron materials
  • Development of 3D semiconductors, Development of technology to bond heterogeneous materials

Backgrounds and development details for the seven research projects of which hybrid interfaces are to be applied

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