Use of Random Matrix Theory in Central Nucleus-Nucleus Collisions as New Approach

In current experimental approach, the author tried to demonstrate/introduce the development of new methodology which is based on Random Matrix Theory on the simulation data on 12CC collisions at 4.2 A GeV/c produced with the aid of the Dubna Cascade model. The obtained results show that the observed changes in the nearest-neighbor momentum spacing distributions for different multiplicities of secondary nucleons and neutral particles can be associated with the onset of region of central collisions.