  Novel quasi two dimensional typically layered semimetals offer a unique
opportunity to control the density and even the topology of the electronic
matter. In intercalated MoTe2 type II Weyl semimetal the tilt of the dispersion
relation cones is so large that topologically of the Fermi surface is distinct
from a more conventional type I. Superconductivity observed recently in this
compound [Zhang et al, 2D Materials 9, 045027 (2022)] demonstrated two puzzling
phenomena: the gate voltage has no impact on critical temperature, Tc, in wide
range of density, while it is very sensitive to the interlayer distance. The
phonon theory of pairing in a layered Weyl material including the effects of
Coulomb repulsion is constructed and explains the above two features in
MoTe2.The first feature turns out to be a general one for any type II
topological material, while the second reflects properties of the intercalated
materials affecting the Coulomb screening.
