ABSTRACT
Some people believe that molecular computers would solve problems that would cause existing machines to struggle because of biology's massive parallelism. Multi-Valued DNA SR flip-flop takes two molecular sequence inputs S and R. In Multi-Valued DNA-Quantum SR flip-flop, the output of one operation is used by the other operation. Multi-Valued DNA-Quantum SR flip-flop needs two-molecular sequence input and one shared input which is also a molecular sequence. Then finally two Multi-Valued Quantum AND operations will parallelly be performed and it is the last operation of Multi-Valued DNA computing according to the Multi-Valued DNA-Quantum SR flip-flop circuit block diagram. Multi-Valued DNA-Quantum T-flip-flop removes the problem of Multi-Valued DNA-Quantum SR flip-flop. Sequential circuits in multi-valued DNA-quantum computing are a new thing in the modern world. This chapter presents the detailed working principle and circuit architecture of all sequential circuits in multi-valued DNA-quantum computing with example.
