TL;DR
This paper investigates the heavy multi-quark potential in SU(N) using hard-wall AdS/QCD, deriving Cornell-like potentials at zero and finite temperature, and comparing with lattice results to explore potential improvements.
Contribution
It introduces a holographic approach to compute multi-quark potentials, extending AdS/QCD models to baryons and exotic states at finite temperature.
Findings
Cornell-like potential obtained for baryons and exotics
Comparison with quenched lattice calculations in N=3 case
Discussion on potential improvements in the UV region
Abstract
Heavy multi-quark potential in the SU(N) color group using hard-wall AdS/QCD at both zero and finite temperature is studied. A Cornell-like potential is obtained for baryons and other exotic configurations and compared with those in the quenched lattice calculation in N=3 case. At the end we also discuss possible improvements in the UV region of potential.
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