Emergent Inductance in Antiferromagnetic Systems with Spin-orbit Coupling

Key Points

• The central aim is to explore the properties of emergent inductance in antiferromagnetic systems that exhibit spin-orbit coupling.
• Analyzed the relationship between emergent inductance and cross-sectional area in antiferromagnetic materials.
• Examined the impact of spin-orbit coupling on the inductance characteristics.
• Utilized theoretical frameworks to simulate device scaling scenarios.
• Emergent inductance magnitude decreases as the device cross-sectional area increases.
• Devices incorporating antiferromagnetic materials show improved scaling advantages.
• Spin-orbit coupling significantly influences the characteristics of emergent inductance.