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Towards quantum engineering
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DOI：10.1109/JPROC.2007.911071.png)
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Abstract
En 中文
Control of material composition at the nanometer and atomic scale dramatically increases electronic device design space due, in part, to quantum effects. New engineering tools are needed to explore this space and ensure that the best, technologically significant device designs are discovered in a most efficient manner. Using a few prototype examples, this paper describes how a methodology for synthesis might be implemented to advance quantum engineering for electronics.
Keywords:
adaptive quantum design
bipolar transistors
device synthesis
high-speed electronics
optimal control
optimal design
optimization
quantum effect semiconductor devices
quantum engineering
quantum systems
transistors
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