During my PhD studies, I engaged in a range of complex tasks:● I conducted detailed simulations of proton collision reactions with a deuterium target.● I simulated and analysed the response of the WASA-at-COSY detector to the products of the investigated reactions, optimising data analysis.● A major focus of my research was the analysis of experimental data from WASA-at-COSY. The objective was to test and verify theories regarding the formation of mesic nuclei in proton-deuterium collision reactions.● My work led to the interpretation of results that established an upper limit for the formation of the 3He-η bound state, providing valuable insights into the field of particle physics research.● I authored several publications and delivered presentations at various conferences, summarising and sharing the findings of my research with the scientific community.

Providing laboratory classes in a physics laboratory for students.

I was actively involved in various tasks:● I was participating in long-term measurements related to kaonic atom formation, a key area of research in understanding fundamental strong interactions.● I was assisting in the complex data analysis and interpretation derived from the SIDDHARTA-2 experiment. ● I was also involved in the calibration process of Silicon Drift Detectors. This precise and technical task is essential for ensuring the accuracy and reliability of the experimental results.● I prepared comprehensive reports and articles summarising the results of the experiment, effectively communicating the findings to the scientific community, contributing to a broader understanding of the field.

● Preparing materials for printing (DTP);● Composition and layout design;● Preparing post-image files for printing (PS).