… do not open a gap for thick slabs, due to a leakage into the bulk along “soft" lines related
to projections of remnant Weyl nodes. However, in thin slabs we find a plethora of possible …

… In this paper, we studied a steady-state flow of chiral electrons in a Weyl semimetal slab by
using the consistent hydrodynamic theory proposed in Ref. [43]. The framework contains the …

… In this study, we investigated the effects of strains on the surface plasmon polaritons in a
Weyl semimetal slab. By using a low-energy model of a time-reversal symmetry-broken …

… This implies that magnetic Weyl semimetals can find novel application … Weyl semimetal
slabs and show that the heat transfer can be controlled with a relative rotation of the parallel slabs…

… Weyl semimetals harbor topological Fermi arc surface states … tensor for a clean Weyl
semimetal slab. Using the phonon … arc state distribution functions in the slab geometry, we show …

… , we propose a new class of Weyl semimetals based on three types of 3D graphene networks…
are cut, the resulting slabs and nanowires remain semimetallic with Weyl lines and points at …

… of two identical Weyl semimetal (WSM) slabs separated by a … number of Weyl nodes, the
separation between Weyl nodes … polaritons between the WSM slabs play a dominant role. By …

… with the slab solution where we will see that some of the states for the thick slab survive in
… We study a simple model for a Weyl semimetal with two Weyl nodes considering terms up to …

… In this paper we explore how in Weyl semimetals the … current in a Weyl semimetal spatially
confined to a slab under general … to Weyl semimetals with an arbitrary number of Weyl nodes …

… slab computations in which the thickness of the slab is varied. Finally, the possibility of
realizing a Weyl semimetal … of the system is broken, a Weyl phase is indeed possible at the …