On the Eigenenergy and Probability Density of Graphene Quantum Modes

Abstract

Modern physics is aimed to provide the different technologies with the necessary resources, in terms of generating the required modes of waves, manipulating and customizing these modes tin to their final applications.

In this paper, the quantum specifications of the Graphene material have been studied using waveguide. The normalized wavefunction, eigen energies of each eigenmodes and probability density have been studied and investigated. This study also showed the desired coherent interactions as a feature, as well as the lower decoherence and scalability. Various quantum-data applications can utilize the generated 8 orthogonal modes, such as quantum computing technology (specifically quantum computers), quantum key distribution and single photon-based applications.