Computer Simulation in Photonics
| Why Simulations? | Examples | Transparent Laser | Get started |
Why Use Computer Simulation?
Computer simulations are an indispensable tool for efficient research and development of lasers and other photonics devices:
- Compared with a trial-and-error approach in the lab, laser designs can be developed far more efficiently (at lower cost and more quickly) using computer simulations:
- Order parts only for the final prototype, not for all design iterations.
- Avoid wrong conclusions from experimental quirks.
- Get total insight into the inner workings of devices.
- Easily and quickly test design modifications.
- Trouble shooting is also strongly supported: find out whether it could be a certain effect, whether a conceivable remedy would work, etc.
- The detailed quantitative insight leads to better designs – leverage the full potential of the technology with the lowest possible design complexity –, and also stimulates your creativity.
In some more detail:
| Purpose | Examples in laser technology |
|---|---|
| Develop a clear understanding of how things work |
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| Plan the construction of prototypes and final products |
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| Analyze problems of existing or planned devices |
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| Develop and analyze new ideas |
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For more details, read our article on laser modeling and simulation.
Simulation Video
Our video explains why and how computer simulations in photonics bring enormous benefits for your research and development!
Work with RP Photonics!
RP Photonics has a particularly deep expertise in the simulation of lasers, fiber amplifiers and other photonic devices. And it has developed great tools to make simulation workable for you!