Monte Carlo Simulation of Light Scattering

The Monte Carlo light scattering simulation program serves as a highly valuable computational tool for investigating light scattering phenomena. The implementation employs a stochastic particle distribution algorithm, ensuring simulation accuracy through random sampling techniques. This program features an out-of-the-box executable design requiring minimal configuration - users can directly run simulations without complex parameter adjustments. Prior to execution, reviewing the included documentation provides insights into core methodologies including photon transport modeling, scattering probability calculations, and statistical analysis routines. The simulation leverages importance sampling and variance reduction techniques to optimize computational efficiency. Through this program, researchers can conduct in-depth studies of light scattering properties, generating statistically significant results that provide valuable references for fundamental research and practical applications in optical engineering and biomedical imaging.