Presence of intermittency and Levy stability in 14.5A GeV/c ²⁸Si 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 \pm 0.061 and 1.491 \pm 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, D_q, 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.

PACS numbers: 25.75.--q