EECS Publication
Membranes and Nanotubes: Progress on Universally Programmable Intelligent Matter - UPIM Report 4
Bruce J. MacLennan
We demonstrate how combinatory molecular computation allows parallel selfassembly of several kinds of nanomembranes and nanotubes. One such nanomembrane is a square grid constructed of cross-linked horizontal and vertical chains. We show that a relatively minor change causes it to self-assemble into a nanotube with the same cross-linked structure. A second nanomembrane is a monolayer arranged in a hexagonal grid.
Published 2002-12-01 05:00:00 as ut-cs-02-495 (ID:241)