Particle production in heavy-ion collisions at intermediate energies and implications for EoS

The heavy-ion collision is a unique tool on earth to produce the nuclear matter with the baryon density above the saturation value. The particles produced in nuclear collisions are believed to possess useful information to understand the initial conditions and the detailed  evolution pattern of the compressed nuclear matter. Presently, there are several heavy-ion accelerators from Fermi energy to a few hundreds MeV per nucleon are available, and some dedicated detector setups are utilized for studying the nuclear equation of state (EoS) and symmetry energy. 

In this presentation, some recent highlights from SPiRIT at RIBF, RIKEN will be presented. In addition, the preliminary results on the collective flow analysis from INDRA+FAZIA, will also be presented. Finally, the future prospects for the EoS study at RAON in Korea will be discussed.