Edge Vacancy Effects on Magnetic Behavior in Graphene-Like Nanostructure: Monte Carlo Simulations

Abstract

This study used Monte Carlo analysis to investigate how edge vacancies impact magnetic behavior in graphene-like nanostructures. The quantity and presence of edge vacancies intricately affected the magnetic response of the system. Moreover, the system displays an increased sensitivity to changes in coupling interaction and external magnetic field. This sensitivity may be due to the low number of atoms in the system. Furthermore, the hysteresis cycle area behavior was found to be influenced by both the temperature and the number of atoms in the system. The tunability and sensitivity of edge vacancies in graphene-like nanostructures hold great promise for innovations and advancements in nanotechnology.