Emergence of Multiple Hysteresis Cycles and Polarization Plateaus: A Monte Carlo Investigation of Fullerene-Like System

Abstract

This study uses Monte Carlo simulations to study the emergence of polarization plateaus and hysteresis cycles within fullerene-like systems. To explore the dielectric properties of the system, we also applied the Blume-Capel Ising model, which considered critical, coercive and saturation fields. Temperature, ferrielectric parameter, and crystal field all influenced the system's behavior. Multi-state memory devices, spintronics, and materials characterization can benefit from the discovery of multiple loops and polarization plateaus.

Magnetic and Magnetocaloric Properties of C56 like-Fullerene Structure: A Monte Carlo Study

“…36 In some of our previous works, we have used Monte Carlo simulations to investigate further the irresistibility of many structures. [37][38][39][40][41][42] On the other hand, FADIL et al 43 have established the emergence of multiple hysteresis cycles and polarization plateaus by using the Monte Carlo investigation for a fullerene-like system. Also, the magnetizations of plateaus for a double Fullerene Core/ Shell Like-Nanostructure have been examined in an External Magnetic Field by applying the Monte Carlo Study.…”