jhwilson/ControlCAT: ControlCAT v1.0.0: Reproducibility Code and Data for Stochastic Control of Quantum Chaos

This release archives the Julia code and curated data products supporting the paper "Universality of stochastic control of quantum chaos with measurement and feedback". ControlCAT provides reproducible workflows for the controlled quantum Arnold cat-map calculations in the paper, including exact quantum trajectories, truncated-Wigner approximation simulations, quantum/TWA comparison plots, and the (p, theta) TWA phase diagram. It also includes inverted harmonic oscillator simulation and steady-state analysis scripts used for the paper's Fig. 2 and Fig. 3 results. Highlights Implements the quantum Arnold cat map and probabilistic measurement-feedback control simulations. Provides CTWA dynamics for large effective system sizes and phase-diagram sweeps. Includes production and smoke-test commands for regenerating paper-scale outputs. Maps scripts and archived data products to the paper's main figures. Uses Julia 1.12 and the companion ControlMap.jl package. Code is MIT licensed; data, documentation, figures, and research artifacts are CC BY 4.0 licensed. Generated .jld2, .csv, .png, and .pdf artifacts are intentionally not tracked in the main source tree, so regeneration is part of the archive workflow.