The rare-earth monopnictide (REM) family, which hosts magnetic ground states with extreme
magnetoresistance, has established itself as a fruitful playground for the discovery of …

Zintl phases have been purely a laboratory curiosity for decades, recently becoming a
familiar subject in many research topics of practical importance, such as thermoelectrics for …

Recently, the rock salt structures of rare earth monopnictides have attracted a lot of attention
as reference materials to show Dirac-like surface states and high carrier mobility which are …

Magnetic rare-earth-based single crystals have aroused great interest due to their giant
magnetocaloric effect (MCE). In this work, we present the anisotropic magnetic properties …

We studied the behavior of nontrivial Dirac fermion states in the antiferromagnetic metal
SmBi using angle-resolved photoemission spectroscopy (ARPES). The experimental results …

Rare earth-based monopnictides are among the most intensively studied groups of
materials in which extremely large magnetoresistance has been observed. This study …

Transparent conducting materials (TCMs) provide low cost and effective solution for the
modern optoelectronics. However, simultaneous high electrical conductivity and optical …

The distinct over-tiltings of band crossings in topological semimetals generate the type-I and
type-II classification of Dirac/Weyl and nodal-line fermions, accompanied by exotic electronic …

Ho monopnictides (HoPn: Pn= N, P, As, Sb, and Bi) and monochalcogenides (HoCh: Ch= S,
Se, and Te) are known to possess a nontrivial magnetic structure, while solid-phase HoO …

We develop a complex fermionic field-based method to model the properties of the filled
bands of topological two-dimensional (2D) matter with time reversal (TR)-symmetry. Using …