
Digital QCA Systems
Quantum Cellular Automata Devices
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The design of QCA Systems gives in depth knowledge about Nanodevice design through Quantum cellular automata technology to accomplish present binary system. The technology called QCA ( Quantum cellular automata Technology). While there is still much work to be done, early experimental results indicate that QCA may be an extremely viable alternative to CMOS. QCA cells and a simple QCA logical device have been successfully fabricated and tested. However, the actual design of many of the circuits and devices required for a QCA microprocessor have not yet even been considered. What is required is ...
The design of QCA Systems gives in depth knowledge about Nanodevice design through Quantum cellular automata technology to accomplish present binary system. The technology called QCA ( Quantum cellular automata Technology). While there is still much work to be done, early experimental results indicate that QCA may be an extremely viable alternative to CMOS. QCA cells and a simple QCA logical device have been successfully fabricated and tested. However, the actual design of many of the circuits and devices required for a QCA microprocessor have not yet even been considered. What is required is a methodology for constructing and designing QCA circuits that are essential for a design such as a microprocessor. Furthermore, understanding how microprocessor components should be built/designed, should assist in the design of QCA physical devices. In short, what is required is a reference QCA architecture and the design tools to manipulate and analyze it. In an effort to successfully develop a viable, understandable, and usable QCA archi- tecture and digital design.