
Spring 2006
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On-Line Feature
by Stephen M. Goodnick
Interim Deputy Dean of Engineering, Director of Nanoelectronics, Arizona State University
Delta Pi chapter — Oregon State University
Interim Deputy Dean of Engineering, Director of Nanoelectronics, Arizona State University
Delta Pi chapter — Oregon State University
The exponential increase in the density of integrated circuits (ICs) predicted by Moore's Law has been primarily driven by shrinking the dimensions of the individual semiconductor devices comprising these circuits. As semiconductor feature sizes shrink to the nanometer scale, device behavior becomes increasingly problematic as new physical phenomena at short dimensions occur and limitations in material properties are reached.
Nanoelectronics: A Tutorial
These slides were used by Stephen Goodnick for tutorials at the IEEE Nanotechnology Conference in 2003 and 2004 that served as the basis for his article.
Quantum Wells, Wires, Dots; Quantum Coherent Devices
Single Electron Devices, Molecular Electronics
Nanoelectronic Architectures, Future Prospects

