I have graduated in 2008 with a Master's degree (University of Maria Curie - Skłodowska in Lublin, Republic of Poland). Master's thesis in computational physics (electron optical systems). I have managed to do basic simulations of electrostatic unipotential lens (einzel) by commercial program SIMION. I have also learned some aspects of MATLAB environment (drawings, graphics, text file processing).
I have also been studying computer science for 3 semesters (full-time studies at UMCS). These studies were interwined with physics. I have learned about algorithmization and programming in Pascal and C. I came across languages C++ and Java.
I work at UMCS since 2018 in engineering and technical position. Since 2020 I am developing the Liebmann software, which one day may be able to do some computations in field of charged particle optics.
I have decided to try C language. I was based on GNU GSL library (similar compilation flags for gcc). However, this is possibly independent project.
I am a little interested in applications of computer methods in charged particle optics. It is about determination of charged particle movement in electric and magnetic fields. Such a computations can be useful during design of scientific or industrial equipment.
Although vacuum electronics is today less widespread (TVs or oscilloscopes have evolved), but in many disciplines there are returns to "forgotten" techniques. Presented Liebmann software is possibly simple and it is hard to it to compete with codes, which have been developed by experienced groups for decades. Despite this, Liebmann has educational values and is free software.
my_email = ABCD A == mkulbaka B == @ C == onet D == .pl
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