NANOTECHNOLOGY AND NANO-INTERFACE CONTROLLED ELECTRONIC DEVICES

9 1/5 X 6 1/8 in Foreword. A. Single molecular electronics and photonics. 1. N anostructure fabrication using electron and ion beams (S.Matsui). 2. Information storage using a scanning probe (K. Takimoto). 3. Single electron tunneling organic devices (T. Kubota, et al ). 4. Spatial light confinement and laser emission from a gain medium containing dendrime (S. Yokoyama, S. Mashiko).
5. Control of molecular selective assembling on metal surface (T. Yokoya ma).

B. NICE Devices. 6. Polymer optoe lectronics towards nanometer dimensions (O. Inganas, F. Zhang). 7. Control of charge transfer and interface structures in nano-struct ured dyesensitized solar cells (S. Yanagida, et al.). 8. Materials and devices for ultrafast molecular photonics (T. Nagamur a). 9. Carrier transport behaviors in organic LED (T. Mizutan i, T. Mori). 10. Electrical characterization of organic semic onductor films by in-situ field-effect measurements (K. Kudo).

C. Smart soft materials. 11. Introducting ruber