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Quantum dot Cellular Automata (QCA) is the emerging area in the field ofnanotechnology. Inverter is a fundamental logic primitive in QCA. Molecular,semiconductor, magnetic, and metallic QCA are main methodology in thefabrication of quantum cell. While all types of QCA work on room temperature,metallic one is not suitable in normal temperature. So temperature plays asignificant role in QCA circuit. In this paper, the effect of temperature intwo-cell conventional inverter and recently proposed three-cell high polarizedinverter has been discussed. The polarization and Kink energy of QCA circuit isinfluenced due to the change of distance between two cells. This paper clearlymentioned the variation of polarization and kink energy of QCA inverter due tocell displacement. Finally this paper makes a comparison between theconventional two-cell inverter and recently proposed three-cell inverter. Thesimulation tool QCADesigner has been used to study the effects of QCA

Behaviors of QCA Inverter due to Cell Displacement and Temperature Variation