ATOMISTIC SIMULATIONS
Introduction: [
Background
][
Analytic
] [
Numerical
] [
Computational Condensed Matter
] [
Statistical Mechanics
]
Go for it: [What we
do
] [
ctd
] [How we
do it
] [
Details
]
ATOMISTIC VISUALIZATIONS
Visualization: [
Why?
] [
How?
] [
Dots, spheres and sticks
]
Objects: [
Atoms, spins, liquid crystals and polymers
]
Special techniques I: [
Color change for type or position
]
BULK and SURFACE MELTING: with E. Polturak, A. Kanigel, S. Sorkin and P. Bavli
[
Copper (fcc)
][
Vanadium (bcc)
][
Magnesium (HCP)
]
CARBON - DIAMOND, GRAPHITE, FULLERENES, NANOTUBES, NANODIAMOND, NANOGRAPHITE etc.
Basics: [
sp2/sp3
] Special techniques II:[
Bond and atom color change for environmment
] [
Allotropes - Fullerenes
]
Carbon phase diagram: [
Movie
] [
General
] [
Experimental, before 1967
] [
Thermodynamic limit
] [
Clearer image
] [
Nanoregime
]
Nanodiamond and nanographite: [
Movies and comparisons
][
ctd
][
ctd
]
Nanotube: [
Introduction
] [
Diffusion in nanotubes
] [
Nanotubes as NEMS
]
CONCLUSIONS
------
NANOTUBE CROCHET PROJECT
------
and to all of you
Projects supported by ISF, GIF, BSF and RBNI and Tali's simulations by HPC-Europa at Stuttgart.
Visualization Techniques:[
Change atom color
] [
Change bond color
] [
Rotate/Remove
] [
Change bond length
] [
Tracks
] [
Zoom
] [
Slice
]
Boston Colloquium with nanotube details: [
Index
]
For fun:[
Benzene in nanotube
(Tali Mutat)] [
c
60
with methane
( Tali Mutat)][
Bending tube
(Polina Pine)]
ATOMISTIC SIMULATIONS
ATOMISTIC VISUALIZATIONS
CARBON - DIAMOND, GRAPHITE, FULLERENES, NANOTUBES, NANODIAMOND, NANOGRAPHITE etc.