Ray Optics
Electromagnetism & Optics, Second term
Taught by Pedro Bernaola Galván
The course content encompasses the fundamentals of ray tracing simulation as well as advanced ray tracing tools. We will begin with a theoretical overview of the equations that govern ray tracing and the primary tools utilized for their solution, namely the Geometrical Optics physics interface. This will involve discussing specific settings such as geometry, meshing, and study types.
In terms of advanced ray tracing tools, we will describe the theory and explore how to utilize beam and beam release functions effectively. We will cover also the definition and handling of additional variables, the configuration of non-local couplings, and the visualization of trajectories and generation of specific plots.
Furthermore, the course will encompass essential applications such as lens systems, prisms, coatings, laser cavities, spectrometers, monochromators, and more.
- Fundamentals of Ray Optics and Ray Tracing Modeling
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- Introduction to ray tracing.
- Geometric optics physics interface.
- Geometry and meshing in geometric optics.
- Types of studies for ray tracing.
- Ray Tracing Tools and Applications
- Release of rays and beams.
- Extra variables and non-local couplings.
- Visualization of trajectories and specific results.
- Applications.
Image made using the COMSOL Multiphysics® software and provided by courtesy of COMSOL.