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In this work, the electrical properties of bilayer Antimonene with differentstacking orders are studied. Density functional theory with van der Waals (vdW)correction is used to investigate the electrical performances. Twoconfigurations demonstrate considerable bandgaps, whereas, the bandgaps areclose to zero for other structures. The in-plane biaxial strain is applied tomodify the electrical properties. The bandgap reaches a maximum at a specificstrain level and then closes at more enormous compressive and tensile strains.The energy of three valleys ($\Gamma$, Q, and K) in the conduction band areexplored with the strain. The conduction band minimum switches between thesevalleys with the strain. Two bands also contribute to the valence band maximum,and the energy of these two bands for various strains is investigated. Finally,the effective mass for the valleys of the conduction band and the valence bandare obtained. The effective mass at $\Gamma$-valley demonstrates the lowesteffective mass.

Interplay Between Stacking Order and In-plane Strain on the Electrical Properties of Bilayer Antimonene