  In this paper we consider holographic model of exciton condensation in double
monolayer Dirac semimetal. Excitons is a bound states of an electron and a
hole. Being Bose particles, excitons can form a Bose-Einstein condensate. We
study formation of two types of condensates. In first case both the electron
and the hole forming the exciton are in the same layer (intralayer condensate),
in the second case the electron and the hole are in different layers
(interlayer condensate). We study how the condensates depend on the distance
between layers and the mass of the quasiparticles in presence of a strong
magnetic field. In order to take into account possible strong Coulomb
interaction between electrons we use holographic appoach. The holographic model
consists of two $D5$ branes embedded into anti de Sitter space. The condensates
are described by geometric configuration of the branes. We show that the
distance between layers at which interlayer condensate disappears decreases
with quasiparticle mass.
