Video duration: 246 seconds
Global video hits: 49710
This is a tribute to my fav character in Basilisk, Yashamaru. Through this video I came into a problem. Yashamaru isn't shown that much, so I had to reuse the scenes alot. I think it came out pretty good though. So enjoy!!
Video duration: 38 seconds
Global video hits: 12548
Virtual flight through a carbon nanotube.
This animation doesn't have any particular meaning, it is just a demonstration of molecular visualization capabilities of a program I've been working on.
Check out other nanotube videos:
http://www.youtub e.com/watch?v=POz3TI CpW6s
http://www.youtub e.com/watch?v=n8dsHu _ErwE
http://www.youtub e.com/watch?v=t-jysi 95wb4
Video duration: 75 seconds
Global video hits: 5831
Animation of a C60 fullerene molecule pulled through a short fragment of (10,5) carbon nanotube.
Simulated in real-time within Biodesigner/Nanomorp h environment using GAFF force field.
Video duration: 14 seconds
Global video hits: 1438
Using data from an electron microscope, FASTRA reconstructed the inner structure of an nano tube. The findings from this study showed many never seen before properties of this structure.
Video duration: 26 seconds
Global video hits: 7568
'Falling-spaghetti mechanism' for the formation of self-organized nanotube serpentines.
Reference:
Nature Nanotechnology 2008, 3, 195-200.
Link: http://www.nature.co m/nnano/journal/v3/n 4/abs/nnano.2008.59. html
Video duration: 167 seconds
Global video hits: 1825
Prof.Sabyasachi Sarkar(IIT-Kanpur) with NanoChemistry of Carbon Nanotube in
IIT-kanpur.
Also be seen at http://www.dst.gov.i n & http://home.iitk.ac. in/~abya/
Video duration: 147 seconds
Global video hits: 2529
Discovery-News.com: Researchers are closer to a true nano-sized mp3 player with their construction of a carbon nanotube radio wave detector. Jorge Ribas listens in.
Video duration: 30 seconds
Global video hits: 2886
Fullerene impact on a single-walled (10,10) armchair nanotube lying on a metallic substrate. Nanotube-based quantum dots may potentially be produced if fullerenes hit the nanotubes in predetermined positions.
The video shows a (5,5) carbon nanotube being pulled through a special plane that shows the electrostatic potential of everything near a bounded region of the plane. Positive electrostatic potential is shown as red, and negative as blue. Simulated using D. Brenner's REBO potential and Sandia's quantum chemistry code inside the NanoHive-1 Nanosystems Simulator (www.nanohive-1.org) .
