Etapa I an 2020 |
Etapa II an 2021 |
Etapa III an 2022 |
Etapa IV an 2023 |
Study of the strangeness production in relativistic nuclear collisions, analysis of previous experimental results and predictions for collision energies available at FAIR-GSI. |
Study of chemical freeze-out stage in nuclear collisions at FAIR-GSI and NICA-JINR energies. |
Study of φ meson decay at FAIR-GSI energies. |
Investigation of the hyperons production and connections with cosmological scenarios. Estimates of interest parameters at FAIR energies. |
A1.1- Analysis of the strange particle yields, pT and rapidity distributions, ratios produced in relativistic nuclear collisions. Simulations using AMPT (default and string-melting version) and UrQMD codes. Energy and centrality dependencies study. |
A2.1 - Determination of chemical freeze-out parameters in analyzed collisions, using models for the particle yields and a statistical model (THERMUS) for thermal fit. A2.2 - Comparison of experimental results with the simulation code prediction. Study of the system, energy, and collision centrality dependence of the chemical freeze-out parameters. |
A3.1 -Leptons’ separation at CBM Experiment. Analysis of the possibility to identify di-leptons decay channels. A3.2 -Analysis of the di-electron invariant mass spectrum in different bins of pT/mT and rapidity. . |
A4.1 -Estimations for hyperons production rates and analysis of the investigation of the hypernuclei production as projectile fragments. A4.2 -Estimations of the bulk properties of the fireball and estimation of the „microscopic Hubble constant” for Au-Au collisions at FAIR energies . |