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Discovery of Weyl fermions in semimetallic tansition-metal monopnictides is amajor breakthrough in condensed matter physics. A Weyl semimetal ischaracterized by the existence of robust Weyl points and unclosed topologicalsurface states in the form of Fermi arc. All the four compounds of the Weylsemimetal transition monopnictide family i.e. NbP, TaP, NbAs and TaAs exhibitextremely high mobility and unsaturated high magnetoresistance (MR). Forexample, MR values are 8.5x10^5% at 1.85 K for NbP and 1.5x10^5% at 3 K in 9 Tfor TaAs. NbP also achieves very low value of residual resistivity 0.63micro-ohm cm at 2 K due to suppression of scattering resulting in ultra-highmobility 5x10^6 cm^2/Vs, Interestingly, we find that the mobility of thesecompounds play an important role for such a large MR.

Mobility induced unsaturated high linear magnetoresistance in transition-metal monopnictides Weyl semimetals