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An outstanding challenge for realizing a nanosystem is nano-addressing, i.e., how to precisely access a nanoscale wire in an array for communication between a nanosystem and the outside world. Existing nano-addressing methods are based on implementation of binary decoders, which requires unrealistic precise layout control in nanotechnology. Presented in this paper is a voltage-controlled nano-addressing...
Nanoscale computing systems are expected to be based on bottom-up self-assembled regular structures, such as a crossbar, and rely on reconfigurability to achieve functionality and reliability. This paper presents the first purely carbon nanotube and carbon nanotube transistor based nanoscale computing platform, and several variant CNT crossbar-based nanoscale computing platforms with different device...
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