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In the context of [1]'s string theoretic dual of large-N thermal QCD-liketheories at finite gauge/string coupling (as part of the `MQGP' limit of [2]),we discuss the following. First, up to LO in N, using the results of [3], weshow that the local T^3 of [2] is the T^2-invariant sLag of [3] in a resolvedconifold. This, together with the results of [4], shows that for a(predominantly resolved or deformed) resolved warped deformed conifold, thelocal T^3 of [2] in the MQGP limit, is the T^2-invariant sLag of [3] justifyingthe construction of the delocalized SYZ type IIA mirror of the type IIBbackground of [1]. Then, using the prescription of [5], we obtain thetemperature dependence of the thermal (and electrical) conductivity working upto leading order in N (the number of D3-branes), and upon comparison with [6]show that the results mimic a 1+1-dimensional Luttinger liquid with impurities.Further, including sub-leading non-conformal terms in the metric determined byM (the number of fractional D-branes = the number of colors = 3 in the IR afterthe end of a Seiberg duality cascade), by looking at respectively the scalar,vector and tensor modes of metric perturbations and using [7]'s prescription ofconstructing appropriate gauge-invariant perturbations, we obtain respectivelythe speed of sound, the diffusion constant and the shear viscosity \eta (and\eta/s) including the non-conformal O((g_s M^2) (g_s N_f)/N<<1)-corrections,N_f being the number of flavor D7-branes.

New Insights into Properties of Large-N Holographic Thermal QCD at Finite Gauge Coupling at (the Non-Conformal/Next-to) Leading Order in N