Magnetic reentrance and blocking temperature behavior in trilayer kagome nanostructures: Monte Carlo study

Abstract

This study explores the magnetic properties of trilayer Kagome nanostructures, a largely unexamined class of materials with promising applications in spintronics, quantum computing, and nanoscale memory devices. Using Monte Carlo simulations, we investigate the intricate interplay between reentrant magnetic behavior, blocking temperature dependence, and phase transitions, providing new insights into the stability of ordered states under varying exchange coupling and external magnetic fields. Unlike previous studies that primarily focused on monolayer and bilayer systems, this work systematically examines the impact of trilayer interactions, revealing unique phase transition mechanisms and thermal effects. The findings not only advance fundamental understanding of Kagome-based nanomaterials but also offer design principles for next-generation high-performance magnetic devices, where precise control of magnetization and thermal stability is crucial.