| 초록 |
Controlling the size and shape of nanostructures with tailored composition has been a critical issue in recent nano-/bio-technology due to their diverse potential applications. In this presentation, we introduce various strategies to fabricate hybrid functional nanomaterials in thin film geometry using self-organized polymers as templates. Selected examples include ordered arrays of proteins, metal/semiconductor, and inorganic nanoparticles with controlled 0-/1-D morphologies. Block copolymer self-assembly, layer-by-layer self-assembly, sol-gel chemistry and specific biomolecular adsorption are cooperatively combined to produce target specific hybrid nanostructures. Issues on DNA hybridization onto protein nanoarray, surface plasmon resonance properties, and photocatalytic activities are explored and discussed based on such nanohybrid thin film platforms. |
