Group name: Hadron Physics and Complex Systems Research Group
Short name: Complex systems
Research area: High energy physics
Group leader: Mile Dželalija
The study refers to experimental and theoretical research on nuclear matter under extreme conditions of pressure and temperature. Such conditions exist in the reactions of heavy ions at high collision energies of incident ions. Research includes analyses of experimental data, theories, and computer simulations of such events using complex software programmes. Under extreme conditions of pressure and temperature, hadrons can lose their identities and transform into new states of matter, similar to matter that was supposed to have existed in the early Universe. In addition to these basic studies, the group is working to apply physical concepts and laws to complex systems.
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Mile Dželalija Dekan, Redoviti profesor u trajnom zvanju- tel: +38521619265
- kabinet B1-15
- mile.dzelalija@pmfst.hr
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Publications
- Piasecki, …, M. Dželalija, …, I. Weber, FOPI Collaboration, Wide-acceptance measurement of the ratio from Ni+Ni collisions at GeV, Physical Review C99 (2019) 014904
- Munzer, …, M. Dželalija, …, I. Weber, FOPI Collaboration, Determination of N* amplitudes from associated strangeness production in p+ p collisions, Physics Letters B 785 (2018) 574-580
- Piasecki, …, M. Dželalija, …, I. Weber, FOPI Collaboration, Centrality dependence of sub-threshold meson production in Ni + Ni collisions at GeV, Physical Review C94 (2016), 014901
- Gasik, …, M. Dželalija, …, I. Weber, FOPI Collaboration, Strange meson production in Al+ Al collisions at 1.9 A GeV, The European Physical Journal A52 (2016), 177
Contact information
Mile Dželalija, tenure professor, mile@pmfst.hr