Carbon-based nanoelectronics

AFM image of a carbon nanotube device made using
lithography to contact individual nanotubes
Focus
The objective of the CNS Nanoelectronics Thrust is the development and advancement of the performance, capability and functionality of nanoelectronic semiconductor devices, circuits and architectures well beyond what can be achieved with conventional electronics. This thrust includes efforts that are concerned with revolutionary advances in silicon electronics and efforts that focus on the effective utilization of the novel capabilities of carbon-based electronic materials.
In Carbon Nanoelectronics the objective is to create integrated electronic systems using molecules such as pentacene and carbon nanotubes as the active electronic elements to obtain new functionality, and to address particular information technology needs for which Si is not a solution. A central goal is to integrate these new electronic materials into a standard Si environment to create hybrid Si/C systems.
Team
Thrust Group Leader:
Prof.
Paul McEuen |
Faculty contributors:
Prof.
George Malliaras |
Prof.
Beth Parks |
Prof.
Daniel Ralph |
Prof.
Robert Dunlap ('02 - '07) |
Prof.
Robert Davis |
Prof.
David Tannenbaum |
Post Doctoral Fellows:
Zhaohui Zhong
Graduate Students:
Marcus Brink (PhD 2006)
Scott Bunch
Alex Champagne (PhD 2005)
John Defranco
Nathan Gabor
Jacob Grose
Ferdinand Kuemmeth
Joshua Parks
Yuanjia Zhang (PhD 2005)
REU Students:
Jared Delcamp, University of Kentucky (summer 2004)
Ian Frank, Pomona College (summer 2006)
Michael Lear, University of Michigan (summer 2003)
Kristy Murray, Jackson State University (summer 2004)
Gabriel Ortiz, Florida International University (summer 2006)
Xerxes Steirer, California Polytechnic State University (summer 2005)
Xingxia Zhang, University of Pennsylvania (summer 2003)
Research Highlights
- Exploring the Limits of Carbon Nanotube Transistors [2004]
- A New Approach to Patterning Organic Electronics [2005]
- Capacitance Measurements of a Single Carbon Nanotube [2006]
- Light sources at the nanoscale [2007]
