On Topological Modeling of 5|7 Structural Defects Drifting in Graphene

Abstract

The fundamental issue of conceptually assessment of the total pi-electronic energy is here addressed towards the possibility in assuming the electronegativity and chemical hardness within a quantum parabolic energetic effect that closely resembles other pi-equivalent energy expressions within the semi-empirical computation framework as better as the carbon-based system increases its complexity. On the other side, the present analysis affirms electro- negativity as the quantum observable for the states that represent full particle existence, while chemical hardness posses the second quantization degree of uncertainty in observation, although through the present study an alternative definite H€uckel based resonance integral expression is advanced.