Reversibly altering electronic conduction through a single molecule by a chemical binding event
Abstract
This letter presents experimental evidence that the electrical conductance of a single molecule can be altered by a chemical binding event. Self-assembled monolayers of electron donor tetramethyl xylyl dithiol (TMXYL) have been synthesized and chemically switched to a conducting state by reaction with an electron acceptor tetracyanoethylene (TCNE). Low bias conductance measurements obtained by scanning tunneling spectroscopy under ultrahigh vacuum conditions show a change from insulating to ohmic behavior as a result of the electron donor/acceptor interaction.
Published in:
Journal of Physical Chemistry B 107,45 (2003) 12378-12382;
Link to original published article:
http://dx.doi.org/10.1021/jp036715g
Keywords
self-assembled monolayers;; current-voltage characteristics;; alkanethiol monolayers;; room-temperature;; coulomb-blockade;; gold;; thiols;; metal;; wires;; nanostructure
Date of Version
January 2003
Recommended Citation
Kasibhatla, B. S. T.; Labonte, A. P.; Zahid, F.; Reifenberger, R. G.; Datta, S.; and Kubiak, C. P., "Reversibly altering electronic conduction through a single molecule by a chemical binding event" (2003). Department of Physics and Astronomy Faculty Publications. Paper 423.
https://docs.lib.purdue.edu/physics_articles/423