A low-cost realization of quantum ternary adder using muthukrishnan-stroud gate

Ternary quantum computing technology is a promising technology for future computer systems. In any computer system, an adder circuit is an essential circuit that performs arithmetic and logic operation of the computer. So, for the ternary quantum computer system, an efficient and low-cost realization of ternary adder is very necessary. This paper introduces a novel realization of quantum ternary adder which reduces the realization cost extensively compared to the previous realization.