Abstract
Presence of intermittency and Levy stability in 14.5A GeV/c Si-28 nucleus collisions is investigated using Monte Carlo approach. Our experimental data reveals the presence of intermittency. Levy stability analysis is carried out; values of Levy index for the experimental and simulated data are found to be 1.511 +/- 0.061 and 1.491 +/- 0.041, respectively. An attempt is also made to obtain Renyi Dimensions also called self-similar dimensions, D-q, and multifractal spectrum, f(alpha). The Renyi dimensions, Dq, are observed to decrease with increasing order of the moment, q. The self-similar multifractal spectrum is found to be a convex curve with a maximum around q = 0. Simulation technique is used and an analytical continuation is applied to find the multifractal spectrum for the fractional values of q.