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Among the new technologies that have emerged in the past few years to address the limits of CMOS, Nanomagnetic Logic (NML) is one of the most promising. NML circuits are composed of nanosized elongated magnets that operate at room temperature with ultra-low switching power dissipation. To create an NML circuit, the designer must place the magnets in such a way that, through magnetostatic interactions,...
Nanomagnet logic (NML) circuits are magnetic field-coupled interacting structures built up from nanoscaled magnets to perform logic operations. The bistable character of nanomagnets’ magnetization is associated with “0” and “1” logic states, which may be used to perform Boolean operations. In this paper, we first investigate the limits of single-domain magnetic structure in modeling the magnetostatic...
Field-Coupled nanocomputing alternatives are promising technologies that can outcome the size/energy limitations of CMOS transistors. Nanomagnet Logic (NML) technology is one of their variations, which incorporates processing and memory using single-domain nanomagnets, operating at room temperature with low energy dissipation. While simple NML logic circuits have been experimentally demonstrated recently,...
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