The BM@N experiment is dedicated to a study of the hot and dense baryonic matter produced in heavy ion collisions using the NICA extracted beams from deuteron to bismuth with kinetic energies of 1.5 – 4.5 AGeV. At such energies, the baryon density up to 3-4 times the nuclear saturation density is achieved. This allows one to search for the critical phenomena related with the mixed quark-gluon and hadronic phase in the region of a high baryonic chemical potential. It also allows one to constrain the matter Equation of State in the region of high baryon densities.
First results on the production of positive pions, kaons, protons, deuterons and tritons in 3.2 AGeV argon-nuclei collisions are presented and compared with the transport code predictions and parameterized with a Blast Wave Model. Based on the measured proton, deuteron and triton spectra, the deuteron and triton coalescence parameters and compound yield ratio $N_pN_t/N_d^2$ are given. Also shown are preliminary results on $\Lambda$-hyperon, charged pion, kaon and proton spectra spectra, directed flows of protons and deuterons in Xe+CsI interactions at 3.8 AGeV.
In 2026, measurements were performed using a xenon beam with energies of 1.6, 2.2 and 3 AGeV on a tin target, with a statistics of 3 billion events. In the next years high statistics scans with the bismuth and krypton beams of 1.6 – 3.8 AGeV are planned.