talktit2.gif
65.41 Kb
575 x 733
Overview slide for our presentation.
|
slippery.jpg
177.85 Kb
1024 x 768
Low-friction (white) "sweepable" patches on mica, only a few atoms in thickness. Note the shadow of a nanohuman in the foreground.
|
aupdongr.gif
13.23 Kb
128 x 128
Gold-Palladium Atoms lounging around on a blanket of carbon atoms.
|
bec100c.gif
7.03 Kb
127 x 98
Glimpse the Reciprocal World of a Silicon crystal in a direct space bend extinction contour!
|
cme.gif
258.46 Kb
640 x 480
Architect's drawing of the UM-StL Center for Molecular Electronics Building.
|
mmns3.gif
17.57 Kb
150 x 196
Atomic force microscope for visiting surfaces in the guise of a nanohuman.
|
Nano3.jpg
388.53 Kb
1067 x 1228
Some notes on the ways in which nature is different on macro, micro, and nano size scales.
|
sidefect.gif
7.25 Kb
128 x 90
Defect in a large scale integrated circuit silicon wafer which serves to trap impurities that could cause your computer to fail.
|
redgonio.gif
71.20 Kb
509 x 509
Simulated image of atom-thick carbon platelets in the core of an ancient graphite sphere formed in the outer atmosphere of a red giant star, studied in collaboration with researchers at Washington U.
|
Psi.gif
334.01 Kb
768 x 512
Tunnels (white dots) between atoms at an interface between single crystal silicon (top) and a non-crystalline surface layer.
|
wc2295.gif
184.48 Kb
512 x 512
Titanium oxide and carbide nano-crystals from UM-Rolla in a 3D lattice study. Notice the missing column of atoms in the center crystal. Field width is 20 nm.
|
tem.jpg
72.27 Kb
480 x 640
Atom-resolution transmission electron microscope at UM-StL.
|
atoms6.jpg
216.91 Kb
1024 x 768
Rows of carbon atoms 0.2 nm apart on graphite, viewed with a scanning tunneling microscope at UM-StL.
|
bublegw.jpg
183.01 Kb
1024 x 768
A polymer surface image explorable through your world wide web browser from our web page in 3D, thanks to help this summer from Kevin Saff, a high school student from Fort Zumwalt South High .
|
dmdryhi3.jpg
211.46 Kb
958 x 717
Terraces on mica only one molecular layer in height, viewed with an atomic force microscope at UM-StL.
|
dmpitlo5.jpg
31.31 Kb
636 x 477
Etched pit from a naturally-occuring Uranium fossil fission track in mica.
|
dmpitlo9.jpg
71.95 Kb
952 x 706
Etch-pit from a naturally-occuring Uranium fossil fission track in mica.
|
dots0co3.gif
12.85 Kb
259 x 150
Schematic of the reciprocal world of a crystal.
|
