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We investigate the temperature and magnetic field dependence of the Polyakovloop and heavy quark entropy in a bottom-up Einstein-Maxwell-dilaton (EMD)holographic model for the strongly coupled quark-gluon plasma (QGP) thatquantitatively matches lattice data for the $(2+1)$-flavor QCD equation ofstate at finite magnetic field and physical quark masses. We compare theholographic EMD model results for the Polyakov loop at zero and nonzeromagnetic fields and the heavy quark entropy at vanishing magnetic field withthe latest lattice data available for these observables and find good agreementfor temperatures $T\gtrsim 150$ MeV and magnetic fields $eB\lesssim 1$ GeV$^2$.Predictions for the behavior of the heavy quark entropy at nonzero magneticfields are made that could be readily tested on the lattice.

Polyakov loop and heavy quark entropy in strong magnetic fields from holographic black hole engineering