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| The book addresses self-assembled circuitry and design issues in depth, explaining DNA scaffolding structures and providing techniques for organizing molecular-scale materials, circuits and architectures. This cutting-edge volume explores current technology limitations involving small scale control and large scale randomness, along with architectural challenges to node design, routing, and interfacing to the microscale. You also find case studies of a nanoscale active network architecture and a self-organizing SIMD architecture that give you a clear look at self-assembled system design pointing the way forward. Concluding with a digest of current practices in DNA nanostructure synthesis and insights into the revolutionary design, fabrication, and operational paradigms raised by the concept of "self assembly," this roadmap to DNA microchip synthesis is indispensable for your work in researching and developing nanoscale computer structures, devices, and applications. |
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