Design and Implementation of Square Computation Using Quantum Circuitry for Reconfigurable Architecture

Quantum calculation is displayed by quantum circuits. All the quantum operations are reversible so the quantum circuits can be manufactured utilizing reversible rationale entryways. Reversible processing is the rising innovation, its significant part is in the field of quantum figuring, optical registering, and plan of low power nano-circuits. The most as often as possible utilized computational unit for computerized sign preparing and sight and sound applications is multiplier. To figure square of an operand, normal multipliers are utilized as a part of general. This paper proposes a square computation block using this quantum circuitry implemented using XST platform