Quantum Dots Used to 'Draw' Circuits for Molecular Computers

By using tiny quantum dots to create trails of altered molecules, UCLA researchers are developing a method of producing nanoscale circuitry for the molecular computers of the future that will use molecular switches in place of transistors.
“This technology, although still in the unpublished, proof-of-concept stage, could eventually lead to a relatively inexpensive means of patterning interconnections between the logic gates of a molecular computer,” according to Harold G. Monbouquette, professor of chemical engineering at UCLA’s Henry Samueli School of Engineering and Applied Science, who leads the team.