Holographic non-relativistic fermionic fixed point by the charged dilatonic black hole

摘要: Driven by the landscape of garden-variety condensed matter systems, we have investigated how dual spectral function behaves at non-relativistic as well relativistic fermionic fixed point considering probe Dirac fermion in an extremal charged dilatonic black hole with zero entropy. Although pattern for both appearance flat band and emergence Fermi surface is qualitatively similar to that given Reissner-Nordstrom AdS hole, find a distinctly different low energy behavior around surface, which can be traced back near horizon geometry. In particular, peculiar geometry our exhibits universal linear dispersion relation scaling property, where former indicates liquid one while latter implies not exactly Landau type.