Nanotechnology

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Influencing structure in the heart of nanoland
October 5, 2000 • ALBUQUERQUE, N.M. — Pianos and cars may be tuned with wrenches and screwdrivers, but the old clunky tools just won’t do to adjust the sizes of trillions of nanoscopic pores in fine filters, sensors, or diffraction gratings to make them work better.
Categories: Nanotechnology
A graphic representation of light influencing the pore size of a self assembled nanostructure. The area struck by light is being shrunk.

Molecules with attitude, ready to perform
May 4, 2000 • ALBUQUERQUE, N.M. -- Observed through a microscope, dried ink appears as a jumble of particles. Now an ink has been produced that, as it dries, can be seen under very powerful microscopes to self-assemble into orderly layers of very tiny caves -- actually, nanoscopic pores...
Categories: Nanotechnology

Some, like Russian dolls, fit inside each other
March 19, 1999 • ALBUQUERQUE, N.M. -- Self-assembling nanospheres that fit inside each other like Russian dolls are one form of a broad range of submicroscopic spheres created in the past 12 months at the Department of Energy's (DOE) Sandia National Laboratories.
Categories: Nanotechnology
SCIENTIST WEARS TWO HATS -- Noted Sandia National Laboratories materials scientist Jeff Brinker has accepted a second position as tenured professor in the University of New Mexico's (UNM) Department of Chemical and Nuclear Engineering. He is seen here observing the structures of a variety of submicroscopic spheres created by his Sandia team at the nanometer scale.
Results 76–84 of 84