APE (standing for Angewandte Physik & Elektronik GmbH, a german company in Berlin) has a nice small (and free) wavelength converter on their homepage. It allows you to directly calculate the sum frequency and difference frequency generation, the wavelengths relations in an optical parameteric oscillator (OPO) as well as in coherent anti-stokes Raman scattering (CARS) spectroscopy. Furtermore, the conversion between wavelength, wavenumber, and frequency as well as different characterizations of pulses (dispersion) can be calculated.
The calculator page is in english and very userfriendly. Enjoy.
Showing posts with label Software. Show all posts
Showing posts with label Software. Show all posts
Thursday, December 8, 2011
Monday, November 8, 2010
Attogram - free software
This post addresses more the specialists working with attosecond pulses. If you want to learn more about attosecond optics and its techniques, please read following article "attosecond physics" or visit "attoworld".
Measuring the pulse duration of an attosecond pulse is not so easy as you do with a 20fs pulse. To do so, you have to perform a streaking measurement from which you can reconstruct the desired data. Attogram is a programm designed "to reconstruct the temporal profiles of an attosecond pulse and a laser field from a streaking measurement". It also enables to analyze the chirp of the attosecond pulse.
(from attoworld)
Attogram is based on a blind FROG algorithm, and can also perform PG, SHG, THG and SD FROG retrievals. More detailed informations about the algorithm and its operation can be found in Applied Physics B 92, 25-32 and for the programm in the manual
Please download (free, no registration) Attogram from following page:
There you can find the system requirements too. Don't hesitate to contact the programmer if you have any questions or comments (contact on the download page).
Measuring the pulse duration of an attosecond pulse is not so easy as you do with a 20fs pulse. To do so, you have to perform a streaking measurement from which you can reconstruct the desired data. Attogram is a programm designed "to reconstruct the temporal profiles of an attosecond pulse and a laser field from a streaking measurement". It also enables to analyze the chirp of the attosecond pulse.
(from attoworld)Attogram is based on a blind FROG algorithm, and can also perform PG, SHG, THG and SD FROG retrievals. More detailed informations about the algorithm and its operation can be found in Applied Physics B 92, 25-32 and for the programm in the manual
Please download (free, no registration) Attogram from following page:
There you can find the system requirements too. Don't hesitate to contact the programmer if you have any questions or comments (contact on the download page).
Wednesday, June 23, 2010
LAB2 - The Virtual Femtosecond Laboratory
LAB2 is a (for free) modular programming tool written in Labview which enables one to simulate basic experiments and devices daily used in femtosecond experiments.
As examples they mention:
LabII was developed in 1998 at the Institute for Optics and Quantum Electronics (IOQ) in Jena. Since Fall 2004 it is at the Institute of Applied Physics in Bern with Prof. Thomas Feurer. The download is free but you have to register. What I like is the detailed manual which will help you to use efficiently LAB2. Basics and concepts are introduced too and always worth to read it. If you have used LAB2 already, please write a comment about your experience with it.
As examples they mention:
- propagation through a linear medium
- prism compressor
- second harmonic generation with depleted fundamental wave
- crystal wizard - how to find the phase matching angle
LabII was developed in 1998 at the Institute for Optics and Quantum Electronics (IOQ) in Jena. Since Fall 2004 it is at the Institute of Applied Physics in Bern with Prof. Thomas Feurer. The download is free but you have to register. What I like is the detailed manual which will help you to use efficiently LAB2. Basics and concepts are introduced too and always worth to read it. If you have used LAB2 already, please write a comment about your experience with it.
Tuesday, June 15, 2010
OSLO - Free Optical Design Software
Optical Design Software are widely used in optic industry and also in certain scientific optic fields. But in general, our research in nonlinear/ quantum optics does not require the assistance of optical design software. However, sometimes there are cases where one thinks that it would be not bad to design it proper (especially if you have to optimize). Most popular (and very good) optical design softwares are Code V and Zemax. But they are expensive and therefore quite often not purchased. However, there are other softwares and one of them is
The version OSLO-EDU (for education) can be downloaded for free. But compared with other software demos or free version, OSLO-EDU still contains a lot of features which enables you to really work with it. Good and extensive introductions, manuals and examples exist and will help you to operate the software. But as with every software, you have to spend first a little bit time to learn it, depending what you want to design. OSLO is provided by the company Lambda Research Corporation. The link for the download page you can find here:
Download OSLO-EDU
on the same page you can also download 2 manuals. I hope for smaller optical design tasks this software will help you.
Lambda Research Corporation
OSLO Wikipedia
Code V
Zemax
OSLO, Optics Software for Layout and Optimization.
The version OSLO-EDU (for education) can be downloaded for free. But compared with other software demos or free version, OSLO-EDU still contains a lot of features which enables you to really work with it. Good and extensive introductions, manuals and examples exist and will help you to operate the software. But as with every software, you have to spend first a little bit time to learn it, depending what you want to design. OSLO is provided by the company Lambda Research Corporation. The link for the download page you can find here:
Download OSLO-EDU
on the same page you can also download 2 manuals. I hope for smaller optical design tasks this software will help you.
Lambda Research Corporation
OSLO Wikipedia
Code V
Zemax
Tuesday, June 1, 2010
SNLO - Crystal Property Caculations Software
I guess that everyone working in nonlinear optics knows this (free) software. And if not, it is time that you hear about it.
SNLO is a free programm with many functions helping one to select the correct nonlinear crystal, and in modeling nonlinear frequency conversion processes in those crystal. Developed and maintained by Dr. Arlee Smith, at that time working at the Sandia National Laboratories and now founder of AS-Photonics. The software is constantly updated and currently version 51 is available (november 18, 2009). It includes data for more than 50 crystals as well as a good introduction manuel. The PDFs to the software and crystal references you find on the same page where you can download the software:
Since Dr. Smith is working at AS-Photonics you have to register (free) for it. Take time to read the introduction/ help manual to learn the full possibility of this software (and it is not so much time to take ;) ). I am quite sure that this software has simplified the life of many graduate student working in nonlinear optics. Enjoy.
SNLO is a free programm with many functions helping one to select the correct nonlinear crystal, and in modeling nonlinear frequency conversion processes in those crystal. Developed and maintained by Dr. Arlee Smith, at that time working at the Sandia National Laboratories and now founder of AS-Photonics. The software is constantly updated and currently version 51 is available (november 18, 2009). It includes data for more than 50 crystals as well as a good introduction manuel. The PDFs to the software and crystal references you find on the same page where you can download the software:
Since Dr. Smith is working at AS-Photonics you have to register (free) for it. Take time to read the introduction/ help manual to learn the full possibility of this software (and it is not so much time to take ;) ). I am quite sure that this software has simplified the life of many graduate student working in nonlinear optics. Enjoy.
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