Field-driven magnetization processes, magnetocalloric effect and tunneling magnetoconductivity in bilayer CrI 3 thin films: Insights from replica-exchange Monte Carlo simulations

Key Points

• Magnetization processes significantly influence the magnetocalloric effect in bilayer CrI3 thin films, indicating potential for cooling applications.
• Replica-exchange Monte Carlo simulations provide insight into tunneling magnetoconductivity, with specific metrics detailing the effects observed.
• Analysis demonstrates how field-driven magnetization processes alter the magnetic properties in bilayer structures, enhancing performance metrics.
• These findings highlight the relevance of advanced simulation techniques in understanding complex magnetic materials, necessitating further studies.