What problem does it solve? Researchers in optoelectronics and related fields often need to write, debug, and verify MATLAB or Python code for signal processing, data analysis, simulation, and publication-quality figures, while avoiding fabricated parameters and irreproducible results. ## Core Features & Use Cases - MATLAB/Octave Support: Debug, refactor, and extend scripts for FFT, filtering, matrix computation, and simulation, with reproducible rng seeds and high-resolution PNG/SVG figure export. - Python Scientific Modules: Load focused references for NumPy, SciPy, pandas, matplotlib, seaborn, scikit-learn, statsmodels, SymPy, QuTiP, pymatgen, NetworkX, and more, covering statistics, optimization, discrete-event simulation, quantum optics, and materials analysis. - Literature & Citation Support: Look up papers, verify citation metadata, and manage BibTeX entries when they support coding or research analysis. - Use Case: A graduate student analyzing BOTDR fiber-sensing time-series data can get a verified Python pipeline that filters the signal, fits a model with statsmodels, and exports publication-ready figures with correct axes, units, and legends. ## Quick Start Ask the agent to analyze your sensor dataset and generate a reproducible Python or MATLAB script with publication-quality figures.