Monte Carlo exploration of magnetic properties: Graphene and borophene comparison

Exploring Magnetic Attributes: Borospherene-Like and Buckminsterfullerene-Like Lattices in Monte Carlo Simulations

“…21,22 Recently, we conducted a study comparing the magnetic properties of borophene and graphene using the Monte Carlo method. 23 This study meticulously analyzes the intrinsic magnetic properties of borophene. It not only discovers its heightened magnetization but also its exceptional stability under varying external magnetic fields when compared to graphene.…”

“…It not only discovers its heightened magnetization but also its exceptional stability under varying external magnetic fields when compared to graphene. 23 This difference in magnetic resilience and response may stem from borophene's unique hexagonal boron network structure, which could create more conducive conditions for spin alignment-an essential aspect for the advancement of magnetic storage devices. 23 In a series of groundbreaking studies utilizing Monte Carlo simulations, researchers have delved into the magnetic properties of various nanostructures, providing valuable insights into their behavior at the atomic level.…”

“…23 This difference in magnetic resilience and response may stem from borophene's unique hexagonal boron network structure, which could create more conducive conditions for spin alignment-an essential aspect for the advancement of magnetic storage devices. 23 In a series of groundbreaking studies utilizing Monte Carlo simulations, researchers have delved into the magnetic properties of various nanostructures, providing valuable insights into their behavior at the atomic level. They explored the magnetic and thermal properties of core-shell borophene structures, shedding light on their potential applications in nanoelectronics.…”