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Nanotechnology

Pavlo Rudenko
Spring 2014

Pavlo Rudenko ’09—As fast as he can go

Imagine particles that can self-assemble at the nano-scale, so that machinery can delay its need for repair. Or that your 20-year-old truck could suddenly become more fuel efficient than today’s model.

Two years ago physics graduate student Pavlo Rudenko ’09 MS started his company, TriboTEX LLC, to develop bio-based super lubricants. He found that nanoparticles of ceramic powders in lubricants can, at high temperatures, create a film on metal surfaces that reduces both friction and wear behaviors.

He bought used analytical equipment off eBay and is running the business on a shoestring out of his home in Colfax.

Last summer he won a highly competitive … » More …

Fall 2006

All that glitters: The shimmering nano-alchemy of Lai-Sheng Wang

Lai-Sheng Wang places a tinker-toyish thing onto a visitor’s palm. Many such toys line the Washington State University physics professor’s Pacific Northwest National Laboratory office in Richland. The object at hand—12 steel balls hinged to red plastic tubes twisted this way and that—form a perfectly symmetrical, 20-sided icosahedron.

Wang also displays a daughter-fashioned Father’s Day card that testifies to his paternal greatness. He spends time with the family, washes dishes, cooks, and is always kind. Mixed in there is a gilded item that truly separates Wang from all other pops on earth: he fathered the gold buckyball.

The word “buckyball” derives from “Buckminsterfullerene,” a hollow … » More …

Fall 2002

Small and smaller

There’s a limit to how small a piece of chocolate chip cookie you can have. At some point, you’ll either have a piece of chocolate or a piece of cookie, but not a piece of chocolate chip cookie.

You run into the same problem if you’re trying to make smaller silicon processor chips, says Kerry W. Hipps, professor of chemistry and materials science. Eventually the chip gets too small to function as a processor.

The processor is the brain in your computer. It makes the decisions about what data should go where, including how to route input like keyboard strokes, and how to route output … » More …