ABSTRACT
This chapter proposes a novel quantum ternary nano-processor where each component of this nano-processor is made using qubit and qutrit to get a more powerful nano-processor. Unlike other processors, the quantum ternary nano-processor has the above features like quantum ternary control unit, quantum ternary ALU (arithmetic logic unit), quantum ternary register, buses. The main motto of quantum ternary RAM is to store and access data on a short-term basis, and it is a volatile memory. For achieving nine terms of memory, two 1-to-3 ternary quantum decoders will be needed. The quantum ternary RAM cells that are chosen do not become disabled, and their previous qubit never changes. The ternary Quantum instruction register consists of eighty-one ternary quantum AND operations. As quantum computers can implement algorithms in inherently multi-valued logic, it is a new approach to implement such a nano-processor that would be able to inherent advantages of both ternary logic systems and quantum computing logic together.
