PhD student at University of Silesia since October 2017 under the supervision of Mirosław Chorążewski
2018 – current: International cooperation with Theoretical Physics and Chemistry Laboratory, University of Lorraine, France
2016 – current: International cooperation with Theoretical Physics Department, Kursk State University, Russia
2016 – current: International cooperation with Ariel University, Israel
2016 – current: Scientific work with dr hab. M. Chorążewski, Prof. UŚ – Development of theoretical thermodynamic models of condensed phases under high pressures
Education
2018 – current: University of Silesia, Katowice, Poland, PhD student – Chemistry
2017-2018: University of Silesia, Katowice, Poland, MSc. – Chemistry
2012-2017: University of Silesia, Katowice, Poland, BEng. – Chemical Technology
2015: MA degree in Academy of Music in Katowice, instrumental performance – accordion
Research interest
physical chemistry, statistical physics, thermodynamic modeling, MD simulation and of course music, primarily contemporary accordion music
Certificates and courses
the scholarship at the University of Lorraine, France, from the Iwanowska’s Program financed by the National Academic Exchange Agency (Poland) Decision No. PPN/IWA/2018/1/00054/DEC/1 „Explaining the anomalous thermodynamic properties of compressed liquids at high pressure using the Fluctuations Equation of State and Molecular Dynamics simulation”
an internship at Kursk State University, Russia „Theoretical Physics Department/Research Center for Condensed Matter Physics”
Conferences
Oral presentation: European/Japanese Molecular Liquid Group, Kutna Hora, Czech Republik. The two states model for prediction of high-pressure volumetric properties of polar and non-polar liquids.
Oral presentation: Polish Chemical Society, Kraków. Nowe podejście do oceny przewidywania prędkości propagacji fali ultradźwiękowej w płynach technicznych pod ciśnieniem.
Poster: Tenth Liblice Conference on the Statistical Mechanics of Liquids, Srni, Czech Republic. A Fluctuation Equation of State For Prediction of High-Pressure Speed of Sound.
Oral presentation: 13th Winter Workshop on Molecular Acoustics, Relaxation and Calorimetric Methods, Szczyrk 2017, 28.02.2017. Rao equation analysis in Ionic Liquids under high pressure.
Oral presentation: Seminar of the Department of Physical Chemistry of the Warsaw University of Technology – Warszawa, 2017 Przewidywanie prędkości dźwięku w cieczach jonowych w warunkach podwyższonego ciśnienia przy użyciu fluktuacyjnego równania stanu.
Poster: Polish Chemical Society – Poznań, 19-23.09.2016 Does the variation of the speed of sound through liquids proves correct also in Ionic Liquids under high pressure?
