Implementação do algoritmo quântico da teleportação usando Java Closures

Abstract

Quantum computing is an emerging technology with great potential: while quantum computers can solve certain computational problems with a exponentially gain of time in relation of the classical computers implementations, encryption protocols based on quantum keys are already being used to provide a new level of security until then unknown. Computer science researchers are challenged to develop new quantum algorithms, new quantum protocols, quantum programming languages and their semantic models. We need to investigate new semantic models for the quantum computation, as well as new solutions of development, analysis and quantum model simulations. Therefore, this paper aims to model the quantum states of quantum mechanics through the use of monads using the feature of definition of anonymous functions in Java, Java Closures. And then implement the algorithm of quantum teleportation with that model. The simulation of the quantum teleportation algorithm developed in the model, confirmed the efficiency of modeling quantum states using monads. It is expected that the developed product be used to implement other algorithms and operations of quantum computing, and also, serve as basis of study for students interested in quantum computing.