(Phenomenology/Lattice-Compatible) MPT HD up to and the -Large- Connection
arXiv:2011.04660 · doi:10.1007/JHEP08(2021)151
Abstract
Obtaining the values of the coupling constants of the low energy effective theory corresponding to QCD, compatible with experimental data, even in the (vector) mesonic sector from (the -theory uplift of) a UV-complete string theory dual, has thus far been missing in the literature. We take the first step in this direction by obtaining the values of the coupling constants of the PT Lagrangian in the chiral limit involving the NGBs and meson (and its flavor partners) from the -theory /type IIA dual of large- thermal QCD, inclusive of the corrections. We observe that ensuring compatibility with phenomenological/lattice results (the values ) as given in arXiv:1510.01634[hep-ph], requires a relationship relating the corrections and large- suppression. In other words, QCD demands that the higher derivative corrections and the large- suppressed corrections in its M/string theory dual are related. As a bonus, we explicitly show that the corrections in the UV to the -theory uplift of the type IIB dual of large- thermal QCD, can be consistently set to be vanishingly small.
v2: 1+51 pages, LaTeX; Added refs and explanatory text- an app summarizing the HLS formalism (based on Harada and Yamawaki's Phys Rep review), an app on O(R^4) corrections in the D6-brane DBI action, a small discussion on holographic renormalization and a summary of results and a table (fitting the model-related parameters to phenomenological values of O(p^4) ChPT LECs); to appear in JHEP
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