22 Corr P$_{t1}$+ P$_{t2}$ Correlation p$_{t}$ greater 0.8 and less 4.0 GeV/c Au Au Central 200 GeV 0.2 and 40 0  48 0 FIG. 18: Correlation function of pairs of pairs formed for exhibiting the effect of changes in p t due to the color magnetic field as defined in the text. This correlation shows that there are more anti-aligned pairs. The correlation is larger by ∼ 1.2% for Δ P t 1 + Δ P t 2 = -4.0 compared to Δ P t 1 + Δ P t 2 = 4.0. Δ P t 1 + Δ P t 2 is equal to | Δ P t 1 | + | Δ P t 2 | where the sign is also explained in the text. magnetic field. VIII. SUMMARY AND DISCUSSION In this article we summarize the assumptions made and the reasoning that led to the develop- ment and construction of our parton bubble model (PBM)[6], which successfully explained the charge- particle-pair correlations in the central (0-10% cen- trality) √ s NN = 200 GeV Au Au data[12]. The PBM is also consistent with the Au Au central col- lision HBT results. This is presented and discussed in Sec. 4 of Ref.[6] and Sec. I and II of this pa- per. In Sec. III we discussed extending our model, which was a central collision model, to be able to treat the geomery of bubble production for 0-80% collision centralities (PBME[13]) such as measured of pairs which are near each other in φ (40 ◦ to 48 ◦ ) they all together pick up the bubble correlation and thus these pairs of pairs over all show about a 0.4% correlation. In the -4.0 < Δ P $^{t}$1 +Δ P $^{t}$2 < -1.0 region the correlation increases from 0.4% to 1%, while in the 1.0 < Δ P $^{t}$1 + Δ P $^{t}$2 < 4.0 region the correla- tion decreases from 0.4% to -0.2%. This means the pairs of pairs are anti-aligned at a higher rate than aligned. This anti-alignment is what is predicted by the color magnetic field effect presented above. In fact the anti-alignment increases with p t as the ratio bubble particle to background increases. However these predicted color magnetic effects have not been searched for yet and therefore there is no experimen- tal evidence for them. Experimental investigations of STAR TPC detector charged particle correlations provide a method of obtaining experimental confir- mation of the anti-alignment caused by the color