Design and Optimization of Multiplexer using Reversible Gates

A Reversible gate that can be reversed implements a reversible operation and has the same number of inputs and outputs that create a specific 1 to 1 between inputs and outputs. The field of reversible logic is now the center of considerable attention in the scientific community. Due to its capacity to produce digital circuits with low energy consumption, the incorporation of this method into the design of digital circuits has opened up a wide range of possibilities in fields including biotechnology, quantum entanglement, remote sensing, and computing technologies. This paper presents a sophisticated multiplexer circuit based on reversible logic and using many basic reversible gates. The total number of reversible gates used in the circuit and the number of redundant outputs produced are the two main criteria used to assess the multiplexer circuit's optimization. This circuit is highly beneficial for designing digital circuits with reduced power loss and improved performance