The main program of the fifth symposium consists of seven sessions covering nanoelectronics, nanomaterials, nanotools and manufacturing, nanoanalysis and computational modeling, nanobiotechnology, nanophysics, and nanochemistry.

Contents:

• Nano Electronics:
• Current Status of Ferroelectric-gate Si Transistors and Challenge to Ferroelectric-gate CNT Transistors (H Ishiwara)
• Nanoelectronics Based on One-step Lateral Grown Nanotubes and Nanowires (Y-H Lee)
• Nano Materials:
• Benefits of Charge/Storage Materials in Nanometric Forms for Li-based Batteries (J-M Tarascon)
• Bulk Glassy Materials with Enhanced Plasticity (D H Kim)
• Si Nanowire Based Formation of Erbium Silicate Nanoparticles for High Optical Gain with Low Cooperative Upconversion at 1.54 μm (J H Shin)
• Nano Tools and Manufacturing:
• Nanophotonic Structures to Overcome the Diffraction Limit of Light (J Harris)
• The Industrialization of Nano Imprint Lithography in Korea (J S Bae)
• Nano Analysis and Computational Modeling:
• X-ray Microscopy in Materials and Biomedical Sciences (J H Je)
• Computational Design of Nanostructure Materials for Hydrogen Storage (J Ihm)
• Nano Chemistry:
• Si-based Nanowire Optoelectronics (M-H Jo)
• Studies of Electron Transfer Behaviors on Imidazole-terminated SAMs (I S Choi & Y S Chi)
• Nano Physics:
• Electrical Transport in Molecules, Nanotubes and Graphene (P Kim)
• Interpretation of Resistive Switching on NiOx (I K Yoo et al.)
• Nano Biotechnology:
• Recent Results and Directions with Carbon Nanotubes (H Dai)
• Functional Metallic Nanostructure-based Cell Bioassays (J-M Nam)
• and other papers