Multiple-Valued Sequential Circuits in Quantum Computing
Hafiz Md. Hasan Babu · 2023
The theory of multi-valued quantum mechanics is one of the most prominent scientific theories of the twentieth century. In addition, to give answers to some outstanding questions, it has had an impact on many modern technologies by expressing a new line of scientific thinking. Multi-Valued quantum computing is the use of the collective features of multi-valued quantum states, such as superposition and entanglement, to carry out computations. In essence, a Multi-Valued Quantum D flip flop is a two-state timed flip flop. The qubit inputs of a quantum D-type flip flop are operated with a delay in a single clock cycle. The ternary quantum D flip flop is one of the most crucial circuits when compared to other timed type flip flips. There are two types of memory elements, depending on the triggering that is used to operate it. A latch is one of them, and a flip-flop is the other.