Monte Carlo Simulations Revealing Ground State Characteristics and Magnetic Hysteresis in Perylene-Like Nanostructure

The current study is motivated by the interest in understanding the magnetic properties of Perylene-like nanostructures and to explore their behavior, using Monte Carlo simulations. The investigation begins by examining the ground state phase diagrams, aiming to identify stable spin configurations under different physical parameters. Furthermore, the study investigates magnetic hysteresis cycles, focusing on the presence of multi-loops and multiple magnetization plateaus. The coercive and saturation fields were carefully analyzed in relation to exchange coupling interactions, temperature, and crystal field parameters. By delving these magnetic characteristics, this research sheds light on the intricate nature of Perylene-like nanostructures and provides insights into their potential applications in the field of magnetism.