Optical Design and Simulation Software

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SUMMARY

The discussion centers on the search for optical design and simulation software capable of modeling components such as splitters, combiners, and mirrors with precise adjustments. Users require the ability to visualize optical paths based on specified component positions and properties, including interference fringes and the integration of nonlinear crystals. The conversation highlights the need for detailed specifications to select appropriate commercial software, which varies significantly in capabilities and pricing.

PREREQUISITES
  • Understanding of optical components such as splitters, combiners, and mirrors.
  • Familiarity with optical simulation concepts including interference fringes and diffraction.
  • Knowledge of nonlinear optics and the role of nonlinear crystals in simulations.
  • Experience with software tools for optical design, such as Zemax or LightTools.
NEXT STEPS
  • Research commercial optical design software options like Zemax and LightTools.
  • Explore the principles of interference and how to simulate interference fringes.
  • Learn about the integration of nonlinear optics in optical simulations.
  • Investigate the specifications and capabilities of different optical simulation tools to match project requirements.
USEFUL FOR

Optical engineers, researchers in photonics, and anyone involved in designing and simulating optical systems will benefit from this discussion.

y33t
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Hi all,

I am seeking for an optical design an simulation platform. There will be splitters, combiners and mirrors with precisely adjusted angles/positions. I will input the specs and position of all the components (including the light source) and want to view the corresponding optical path.

Has anyone come across to something like this ?

Thank you.
 
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There is a huge variety of commercial software to do these sorts of things, having a huge range of prices, but you'll have to specify in more detail what you want out of it. Just a picture of central rays? Imaging of a distributed object? Diffraction? Polarization? Plane view or with 3D tolerances? Types of glass and details of beamsplitter and mirror coatings? Etc.
 
JeffKoch said:
There is a huge variety of commercial software to do these sorts of things, having a huge range of prices, but you'll have to specify in more detail what you want out of it. Just a picture of central rays? Imaging of a distributed object? Diffraction? Polarization? Plane view or with 3D tolerances? Types of glass and details of beamsplitter and mirror coatings? Etc.

Basically, I want plane view output of interference fringes. I want to be able to set properties of all the components used in an interferometer and log the system output for further processing. It would also be good if I could involve nonlinear crystals in the simulation.
 

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