Electric-Field-Driven Magnetic Domain Wall Dynamics: A Multiferroic Route Toward Scalable and Low-Power Spintronic Logic

Key Points

• The aim is to explore the dynamics of magnetic domain walls driven by electric fields within multiferroic materials and their applicability in spintronic devices.
• Investigation of magnetic domain wall mobility under varying electric fields
• Analysis of domain wall behavior in multiferroic materials
• Experimental assessment of power efficiency and scalability
• Electric fields significantly enhance the mobility of magnetic domain walls
• Multiferroic materials show promising characteristics for low-power applications
• Findings indicate potential for integration into high-density spintronic logic devices