Rank: 2605 based on 54 downloads (last 30 days) and 2 files submitted
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Jerome Degallaix

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Optical simulations

 

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30 Jun 2014 Screenshot OSCAR An optical FFT code to simulate Fabry Perot cavities with arbitrary mirror profiles Author: Jerome Degallaix chemistry, physics, fft, optical simulation, fabry perot cavity, optical modes 41 5
  • 5.0
5.0 | 4 ratings
08 Oct 2010 Screenshot Encrypt email address Create the vector which can be decipher with the command char(cumsum(vector)). Author: Jerome Degallaix email, char, cumsum 13 4
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18 Aug 2013 OSCAR An optical FFT code to simulate Fabry Perot cavities with arbitrary mirror profiles Author: Jerome Degallaix

Cavity with a length of few centimeter must work (with a suitable grid side). Send me by email an example for your file so I can fix it.

16 Oct 2010 Encrypt email address Create the vector which can be decipher with the command char(cumsum(vector)). Author: Jerome Degallaix

Hi Brett,

Sorry to have duplicated your work. I will mention your previous submission.
And if you are at the origin of this method: well done!

11 Oct 2010 Encrypt email address Create the vector which can be decipher with the command char(cumsum(vector)). Author: Jerome Degallaix

I changed the title of the function (to a shorter one)

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18 Aug 2013 OSCAR An optical FFT code to simulate Fabry Perot cavities with arbitrary mirror profiles Author: Jerome Degallaix Degallaix, Jerome

Cavity with a length of few centimeter must work (with a suitable grid side). Send me by email an example for your file so I can fix it.

18 Aug 2013 OSCAR An optical FFT code to simulate Fabry Perot cavities with arbitrary mirror profiles Author: Jerome Degallaix oh, seongwoo

does anybody know why the simulation doesnt work if you make the cavity length small in the range of a few centimeters?

the code doesnt crash but it doesnt plot anything..

24 Feb 2012 OSCAR An optical FFT code to simulate Fabry Perot cavities with arbitrary mirror profiles Author: Jerome Degallaix m.granata

I have been using this code since a long time, and I really like it. It is easy to use, and most important, easy to customize for many different purposes.

The documentation is clear and well written, and it's the very first paper to be read to easily understand the basic principles of FFT optical codes.

Moreover, Oscar is constantly updated, and the author is always available and responds quickly to any questions.

Very good job!

21 Feb 2012 OSCAR An optical FFT code to simulate Fabry Perot cavities with arbitrary mirror profiles Author: Jerome Degallaix Nitin

06 Oct 2011 OSCAR An optical FFT code to simulate Fabry Perot cavities with arbitrary mirror profiles Author: Jerome Degallaix Vorholt, Christian

Really nice job.
Documentation is easy to understand and to follow.

Thanks to the author!

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