  Recently topological superconductors emerge as a platform to realise Majorana
Fermions which has potential application in topological quantum computation.
Superconductivity in these materials can be realised by chemical doping, high
pressure or proximity effect. Herein we report the emergent superconductivity
in single-crystals of Re doped type-II Weyl semimetal NiTe2. The magnetic and
transport measurements highlight that Re substitution in Ni-site induces
superconductivity at a maximum temperature of 2.36 K. Hall effect and specific
heat measurements indicate that Re substitution is doping hole and facilitates
the emergence of superconductivity by phonon softening and enhancing the
electron-phonon coupling.
