BifurcaLab

BifurcaLab is a web + desktop app for exploring nonlinear dynamics in real systems without drowning in MATLAB scripts. Users load time-series data or define ODE/maps, then run automated parameter sweeps to generate bifurcation diagrams, Lyapunov exponent maps, Poincaré sections, and phase portraits. It includes a guided workflow to detect regime shifts, multistability, and chaos, and it produces publication-ready figures with provenance (parameters, solver settings, random seeds). This is a combination traditional + AI app: traditional numerical solvers do the heavy lifting, while an AI assistant helps translate natural-language model descriptions into equations, suggests sensible parameter ranges, flags numerical artifacts, and explains results in plain English. It’s realistic: it won’t replace expert judgment, but it will drastically cut setup time and reduce “silent wrong” analyses caused by bad solver choices or insufficient sampling.