Incoherent Control of a Two-Level Quantum System

Quantum control theory is a rapidly developing branch of science with many possible applications in other fields such including, but not limited to, physics, chemistry and computer science. Taking this into account, we need to explore new approaches to quantum system control. This project considers incoherent approach to the control of a two-level quantum system. The goals of this project include the development of a mathematical model of optimal qubit control in presence of interference and noise from the environment, numerical research of the developed model and the analysis of the results. During the work on the project we have researched the modelling methods of the quantum systems and their evolution in time with the Linblad Master equation, we have also analysed the methods for solving the emerging two-point problem. Python scripts for the numerical solution of the problem as well as scripts for its visualisation have been developed.