Polaris-M
Polaris-M offers an advanced optical design and polarization analysis platform within Wolfram Mathematica, harnessing ray tracing techniques alongside 3D polarization calculus. With over 500 specialized functions, it enables meticulous modeling of anisotropic materials, stress birefringence, and diffraction phenomena, facilitating precise simulations and in-depth analysis of complex optical systems.
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Top Polaris-M Features
- 3D polarization calculus
- Comprehensive thin film library
- Stress birefringence modeling
- Advanced diffraction simulation
- Sequential and non-sequential ray tracing
- 500 built-in functions
- Polarization ray trace matrix
- Custom coating design tools
- Polarimetry data integration
- Jones and Mueller pupil functions
- Ideal polarizer and retarder models
- Birefringent 3D ray plotting
- Rigorous Coupled-Wave Analysis (RCWA)
- Anisotropic material simulations
- Polarization algorithms from scratch
- Adaptive structure for modules
- Reliable Wolfram Mathematica integration
- Extensive documentation and support
- Interactive help through F1 key.
