Non-resetting spin logics based on non-hysteretic spin-orbit torque switching induced by the lateral interface

Key Points

• Enhanced stability observed in non-hysteretic spin-orbit torque switching for spin logics, improving performance in computing applications.
• Key evidence indicates a significant reduction in switching energy due to non-hysteretic behavior.
• Analysis of device interfaces shows how lateral interactions influence spin-orbit torque switching mechanisms more effectively.
• Potential applications may include energy-efficient computing, although scalability for practical use requires further exploration.