  Motivated by the results of Dynamical Mean Field Theory, we study the
two-point function of fermions moving in a charged black brane background in
$AdS_{d+1}$ in the limit of large $d$. We observe the emergence of a locally
critical form of the fermion self-energy, with a strongly constrained range of
possible scaling behaviors at large $d$. Novelties compared to the analysis in
$d=3,4$ include an enlarged regime of temperatures where the results apply, and
the analytical tractability of the calculations.
