Quantum and Nanocomputing: Nanomagnetic Logic

This lecture covers the principles and applications of Perpendicular Nanomagnetic Logic (PNML), focusing on the organization of clock zones, nanomagnet design, FIB irradiation effects, and the implementation of logic-in-memory circuits. The instructor explains the concept of Artificial Nucleation Centers (ANC), the influence between magnets, and the role of clocking fields in reducing hysteresis. The lecture also delves into the implementation of CLIM arrays, the dynamics of Full Adders, and the advantages of PNML over conventional computing architectures, such as reduced memory operations and execution time. Furthermore, the presentation discusses the potential of PNML in spintronics, racetrack memory, and skyrmions.