• A Comparative Study of Classical and Quantum Deep Q-Learning Agents in OpenAI Gym 

      Sandnes, Mathias André Eriksen (Master thesis, 2023)
      This study delves into the potential of quantum Deep Q-Learning (DQL) as an efficient approach to solving OpenAI Gym problems, setting it against the backdrop of classical DQL. Within the dynamic landscape of quantum ...
    • Constructing Quantum Gates Using Optimization Techniques 

      Oksnes, Diedrik Leijenaar (Master thesis, 2023)
      In this project, I construct a set of universal qubit gates for one qubit using a combination of dynamic magnetic fields and one static magnetic field, the model I use has one or two qubits and is symmetric when swapping ...
    • Neural quantum states from a computational perspective 

      Overskott, Sebastian (Master thesis, 2023)
      The main problem of computational quantum physics is the the Curse of Dimensionality, that is the exponential growth of the length of the description, needed to specify a many-body/part quantum state, with the increase of ...