Speaker
Description
One of the main aims of relativistic nuclear physics is the search for signs of
formation, quantitative evaluation and description of nuclear matter properties
under extreme conditions. The characteristic of the system created as a result
of heavy-ion collisions can be explored via spatial and temporal parameters
obtained using the method of correlation femtoscopy. At low energies, the size
of the particle emission region is affected by the isotopic spin. Studies of isospin effects on the reaction dynamics can provide a clearer estimate of the temporal characteristics of the particle emission processes.
In this report, the results on the measurements of femtoscopic correla-
tions will be presented for identical pions produced in Au+Au collisions at
$\sqrt{s}_{NN} = 3$ GeV using the UrQMD (Ultrarelativistic Quantum Molecular
Dynamics) model. The influence of the initial system isospin on the femto-
scopic parameters is demonstrated and the implementation for experiments is
discussed.
