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We show the preliminary charged-particle pair correlation analyses presentedin a poster session at the 2006 International Quark Matter Conference inShanghai China. The correlation analysis space of $\Delta \phi$ (azimuth) and$\Delta \eta$ (pseudo-rapidity) are considered as a function of centrality forminimum bias Au + Au collisions in the mid-transverse momentum range in theSTAR detector. The analyses involve unlike-sign charge pairs and like-signcharge pairs, which are transformed into charge-dependent (CD) signals andcharge-independent (CI) signals. We use a multiplicity scale to compare thedifferent centralities. We find the signals increase with increasingcentrality. A model featuring dense gluonic hot spots as first proposed by vanHove predicts that the observables under investigation would have sensitivityto such a substructure should it occur. A blast wave model including multiplehot spots motivates the selection of transverse momenta in the range 0.8 GeV/c$< p_t < $4.0 GeV/c.Comment: 12 pages, 7 figures, Poster at 2006 International Quark Matter  Conference in Shanghai Chin

international journal of modern physics e

OBSERVATION OF ΔφΔη SCALED CORRELATION SIGNALS WHICH INCREASE WITH CENTRALITY OF <font>Au</font><font>Au</font> COLLISIONS AT $\sqrt{^SNN} = 200\ {\rm GeV}$

OBSERVATION OF ΔφΔη SCALED CORRELATION SIGNALS WHICH INCREASE WITH CENTRALITY OF AuAu COLLISIONS AT $\sqrt{^SNN} = 200\ {\rm GeV}$