The Gangopadhyay team’s invention of a nanotechnology process for creating shock waves that can be integrated with microchip technology has broad potential defense, commercial and medical applications. Duration : 0:2:57
What’s 100,000 times thinner than a strand of hair? A nanometer. Discover the nanotech boom in Berkeley, where researchers are working to unlock the potential of nanoscience to battle global warming and disease. Duration : 0:0:38
Two (3,3) carbon nanotubes manipulated in real-time. Simulated within Biodesigner/Nanomorph environment using GAFF force field. Duration : 0:0:55
Animation of a C60 fullerene molecule pulled through a short fragment of (10,5) carbon nanotube. Simulated in real-time within Biodesigner/Nanomorph environment using GAFF force field. Duration : 0:1:15
Real-time deformation of (3,3) carbon nanotube. Simulation performed within Biodesigner/Nanomorph environment using GAFF force field. Duration : 0:0:57
James giving a talk at Hunter; sorry for the poor quaility bc iSight was not behaving as usual. Duration : 0:10:0
James giving a talk at Hunter College; sorry for the poor quaility bc iSight was not behaving as usual. Duration : 0:8:3
This is an animation based on a schematic design by K. Eric Drexler in his book ‘Nanosystems: Molecular Machinery, Manufacturing, and Computation’. This nanometer scale rotary built to atomic precision, will purify specific molecules by transferring only the correct molecule from the left to the right chamber. Duration : 0:0:41
Instability of flow in a microfluidic channel at low Reynolds number due to an applied electric field and a conductivity gradient. See http://www.microfluidics.com for more. Duration : 0:3:11