Analysis of quantum capacitance and quantum hall effect of silicene for different fermi energy

Silicene is a monolayer of silicon which is again an isostructure to graphene. Due to zero bandgap of graphene, it is now subsided by silicene which opens new opportunities for electrically tunable electronic devices. But before using it as a material in a device, some electronic properties have to be investigated. In silicone, the charge carrier behaves like massless Dirac fermion. For this, quantum study is very necessary and mandatory. In this paper, we will observe the quantum capacitance and the quantum hall effect for corresponding Fermi energy level for different spin coupling strength and applied electric energy.