Implementetion of a Compiler from QASM to QScript

Quantum computing is bringing great advantages in terms of computational efficiency thanks to quantum mechanical properties such as superposition and entanglement. The improvements do not come with the technology alone, but the algorithms must take advantage of the quantum properties of the underlying architecture to solve problems efficiently. To experiment with quantum computing, one can find platforms that offer access to simple quantum devices or simulations, each with a dedicated language to interface with it. In this thesis we give a general exposition of the concepts of quantum computing with the goal of lay the foundation to understand quantum languages and in particular the languages QASM and QScript. We then present the implementation of a compiler from QASM to QScript.