what

[ Title Page ] what

what ATOMISTIC SIMULATIONS
  1. Introduction: [ Background ] [ ctd ]
    [ Computational Condensed Matter/Material Science ]
  2. Take care: [What not to do]
  3. Go for it: [What we do ] [ ctd ] [How we do it ]
    [ Details ]
  4. Visualization: [ Why? ] [ How? ]

what ATOMISTIC VISUALIZATIONS
  1. [ Balls, sticks, dots, smoke etc][ ctd]
  2. [ Carbon Allotropes - Nanotubes and Fullerenes ]
  3. [Movies and comparisons: ]
    diamond/graphite
    defect phonons
    nanodiamonds
  4. Nanotube [ properties][ applications] [Simcha's image]

what DIFFUSION in NTs,
with T. Mutat and M. Sheintuch

  1. [Why?][The system][A model]
  2. [Computational Algorithms]
  3. Results [Self Diffusion][Flow]
    [Transport Probabilities - Single Component]
    [Transport Probabilities - Multiple Components]
  4. [Summary]

what NANOTUBES as NEMS,
with P. Pine and Y. Yaish

  1. [What are NEMS?]
    [Why?] [The system] [A model]
  2. [Computational Algorithms]
  3. Results [Vibration modes][ctd]
  4. Another movie [Bending tube]

Projects supported by RBNI and Tali's simulations by HPC-Europa at Stuttgart.

CCP2008 http://www.ccp2008.ufop.br------ NANOTUBE CROCHET PROJECT ------ and to all of you