The QOM Toolbox: An Object-Oriented Python Framework for Cavity Optomechanical Systems

We present an open-source Python framework to obtain classical and quantum properties of cavity optomechanical systems. Using the BaseSystem object, users can interface such systems to invoke built-in methods that can analyze both stationary and dynamical properties. The toolbox also contains solvers for stability and nonlinear dynamics. It is also scalable and can be used to interface many-body dynamical systems. Other features include automated loopers, configurable plotters and a graphical user interface. Here, we present an overview of the the QOM toolbox and discuss its advantages and applications in physics.