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A Molecular Nano Device
Caption:
The computational work of Sokrates Pantelides and Massimiliano Di Ventra of Vanderbilt University involves solving quantum physics equations to examine a form of benzene as a two-terminal nano device. This image, provided by Mark Reed of Yale University, shows benzene’s six carbon atoms (colored spheres), sulfur atoms (gold spheres), and electrical contacts (rough gold surfaces).
Important: Use of this image is restricted. Please see “Restrictions” (below) for complete information.
(Preview Only)
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Credit: |
Credit Mark Reed |
Decade of Image: |
2000 - 2009 |
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Categories:
NANOTECHNOLOGY
Formats Available:
JPEG Format - 506K - 360 x 480 pixel image - 72 DPI
Sorry! This image is not available in a higher resolution.
Restrictions:
Warning: Permission is granted to use this image only for non-profit, academic, or personal use. Use of this image in a for-profit or profitable manner without permission from the owner, Dr. Mark Reed, Yale University, is forbidden. Contact Dr. Reed at mark.reed@yale.edu.
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