MATLAB Optical Interference Simulation

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Resource Overview

MATLAB-based optical simulation platform modeling Young's double-slit interference, equal-inclination and equal-thickness interference, and arbitrary multi-beam interference. Features an interactive GUI for parameter adjustment and real-time visualization, with extensible architecture for complex interference phenomena simulation.

Detailed Documentation

Using MATLAB, you can efficiently construct optical simulation models to study interference phenomena through implementations of Young's double-slit interference, equal-inclination/interference, and customizable multi-beam interference. The simulation employs wave superposition algorithms and phase calculation functions to accurately reproduce interference patterns. We've developed an intuitive GUI interface incorporating slider controls and real-time plotting functions (e.g., MATLAB's uicontrol and plot3) for direct parameter modification including wavelength, slit spacing, and incidence angles. The modular code architecture allows seamless integration of additional light beams through array-based wave source management, enabling simulation of complex interference scenarios. This approach provides comprehensive learning experience with immediate visual feedback through MATLAB's graphics capabilities.

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