Theory, structure and dynamics
(A) Theoretical approaches to surface/interface- and nano-structures and properties
- (B) Surface structures: atomic and electronic structures, and surface vibrations - (C) Surface Dynamics: adsorption, desorption, reaction, and diffusion Fabrication and physical properties
- (D) Atomic-scale controlled surfaces/interfaces, and self-organized nanostructures - (E) Nano-materials: nanotubes, nanowires, nanoparticles, and nanodots - (F) Fabrication processes: epitaxy, deposition, etching, cleaning, thin-film growth - (G) Device application of metal, ceramics, organic, and hybrid films Characterization methods
- (H) Characterization of novel surfaces, interfaces and nanostructures - (I) Tools and standards for micro/nano-analysis - (J) Scanning probe microscopy Surface chemistry
- (K) Colloid chemistry and soft materials: supramolecules, macromolecules, and liquid crystal - (L) Electrochemistry, photochemistry and catalysis - (M) Self-assembly and self-organization for nanostructure formation, and characterization Biological applications of surface science and nanotechnology
- (N) Nanobio-process, biosurfaces and biointerfaces - (O) Bio-diagnostics, bioassays and biosensors

Plenary Lectures

Invited Speakers