A New BSQDD Approach for Synthesis of Quantum Circuit

Quantum Computing can be defined as a computation domain that makes direct use of quantum mechanical phenomena, on atomic scale matters, to perform operations on data. It is a rapidly progressing field in computer science which proposes to have an exponential gain in processing time compared to the classical computing machines for some class of computational problems. Here we discuss the importance of quantum superposed state which is essential for the execution of a number of quantum algorithms and also an efficient methodology which can generate an appropriate quantum circuit for the generation of superposed quantum states. Further, we present the synthesis technique for generation of quantum superposed states based on Binary Decision Tree and also introduce a new simulation platform which verifies our proposed methodology.