Novel structure to measure single molecule conductance - Texas A&M University (TAMU) Scholar

In order to allow today's microelectronics to further scale-down, molecules have been assembled into electronic circuits instead of the standard electronic devices. Several efforts have been carried out to measure the current-voltage characteristics of the molecules of interest. However, large disparities exist between them. Here, we develop a simple test structure where a gold nanoparticle with a self-assembled molecular layer bridge between 2 gold leads with only 20nm gaps fabricated by dip pen nanolithography. Several type of molecules have been self-assembled on the nanoclustesr and current-voltage characteristics have been obtained.

Novel structure to measure single molecule conductance Conference Paper