Details

Project TitleMolecular Electronic Devices
Track Code2007-141, 2008-188
Short Description

Novel conductance characteristics of cross-conjugated molecules can be exploited for fabrication of various electronic devices

#electronics #materials #electonic

Abstract

Northwestern University scientists have discovered unique electron transport properties of cross-conjugated molecules. The conductance of cross-conjugated molecules can be modulated by various mechanisms, like a chemical reaction of a side group or applied voltage, which will allow these molecules to be incorporated into a sensors, transistors etc. Importantly, the tunable conductance of cross-conjugated molecules makes them distinct from linearly conjugated and saturated ones, which exhibit either a high or a low conductance. Cross-conjugated molecules could be fashioned into thin films for device fabrication or operate as single-molecule devices. Furthermore, conductance switching is fast because it does not require a modification of the cross-conjugated molecule. Therefore, sensors and switches based on these molecules could be vastly superior to those relying on other mechanisms. 

 
Tagselectronics, MATERIALS: electronic
 
Posted DateMar 10, 2015 12:44 PM

Inventor(s)

Mark Ratner*

Gemma Solomon

David Andrews

Applications

  • Transistors
  • Electronic switching devices
  • Rectifiers
  • Sensors
  • Thin films

Advantages

  • Tunable conductance
  • Fast switching without charging or conformational change in the molecule

Publications

IP Status

Issued US patent number 8,022,394

Marketing Contact

Becky Crump, PhD

Associate Director

(p) 847.491.3630

(e) beckyc@northwestern.edu