We review the topic of 4D Einstein–Gauss–Bonnet (4DEGB) gravity, which has been the
subject of considerable interest over the past two years. Our review begins with a general …

We consider the d-wave holographic superconductor model with full backreaction on the
metric, addressing a missing part in the literature. We have identified the gap function by …

A bstract We have investigated the fermionic spectral function in p-wave holographic
superconductors. We show that the vector model with minimal coupling reveals a p-wave …

A bstract The fermion gaps are classified into order gap or Mott gap depending on the
presence/absence of the order parameter. We construct the holographic model of the Mott …

We study the holographic s+ p model in both four dimensional (4D) and five dimensional
(5D) Einstein-Gauss-Bonnet (EGB) gravity. We first show a phase diagram with the Gauss …

We disclose the effects of Gauss–Bonnet gravity on the properties of holographic s-wave
and p-wave superconductors, with higher-order corrections, in lower-dimensional …

At the probe limit, the effects of three typical nonlinear corrections of Born-Infeld
electrodynamics (BINE), logarithmic Lagrangian (LNE) and exponential Lagrangian (ENE) …

In this paper, we demonstrate the classification of the gap in a holographic setup by studying
the density of states. A gap can be classified into order gap and Mott gap depending on the …

With the numerical method, we research the properties of the holographic paramagnetism/
ferromagnetism phase transition for the Power-Maxwell field in the background of a …

In this work, we construct a holographic antiferromagnetism model by introducing two real
antisymmetric tensor fields coupling to the background gauge field strength and interacting …