Quantum Communication Based on the Photon Area Function as Basis States for Photon Qubit
In the field of communication either by classically or by quantumly light is the natural carrier of information through both material space and vacuum therefore it is essential to look upon the different aspects, here, the mensuration and the geometry chapters of photon were considered as this may aid in understanding of different features and applications in enhanced way. The proposed mensuration and geometry chapters of photon deal with photon area function to serve as basis states for photon qubit under peculiar conditions. Based on the photon area function for geometry of circular type in perpendicular to the line of travel as basis states for photon-based qubit to serve the purpose of secure quantum communication, the complex coefficient so establish in this paper are like any ordinary function to which the calculus approach of different, for instance, differentiation, integration, etc., can apply.
KeywordsPhoton qubit Photon area function Quantum hole Quantum communication Travel line
The author would like to thank the referees for their direct and indirect support, which helped to improve the paper considerably.
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