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We show that the five-fold constraints due to (1) the observed nuclearmodification of heavy quark jets measured via non-photonic electrons$R_{AA}^e(p_T \sim 6 {\rm GeV})$ in central Au+Au collisions at 200 AGeV, (2)the "perfect fluid' elliptic transverse flow of low transverse momenta pions,$v_2(p_T\sim 1 {\rm GeV})$ reported for noncentral collisions, (3) the globalpion rapidity density $dN_\pi/dy$, (4) the lattice QCD entropy densitydeficiency, $S/S_{SB}$, of strongly coupled Quark-Gluon Plasmas (sQGP), and (5)a causal requirement are analytically correlated in a class of gauge/stringgravity dual models of sQGP dynamics. Current RHIC/BNL and lattice QCD data arefound to be remarkably compatible with these models if the t'Hooft andGauss-Bonnet coupling parameters lie in the range $\lambda\approx 10-25$ and$0< \lambda_{GB}< 0.09$. In addition, the observed five-fold correlationappears to favor color glass condensate over Glauber initial conditions withincurrent systematic errors.

Constraints on AdS/CFT Gravity Dual Models of Heavy Ion Collisions