Optical quadruple reversible hybrid new gate.

With the demand of the day, the multivalued logic (MVL) is gaining its momentum to meet up the demand of the latest technology dealing with huge volume of data. In multivalued logic (MVL) system, the trinary- and quadruple-valued logics are the very alternatives in recent scenario. Further, the reversible computing not only reflects a fundamental law of physics but also offers potential to achieve zero dissipation by preventing entropy loss during computation. In this paper, a new gate called optical quadruple reversible hybrid new gate (OQRHNG) is introduced to explore the benefits of multivalued logic (MVL) in association with reversible logic computation. The potential application areas of HNG are also implemented accordingly in this paper. Moreover, the ultra-fast optical signal processing may be achieved by using SLM and Savart plate. Finally, the performance of the optical quadruple reversible hybrid new gate (OQRHNG) is evaluated using Python simulation. [ABSTRACT FROM AUTHOR]