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Magnetic logic gate for binary computing

机译:用于二进制计算的磁逻辑门

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We have demonstrated that a suitable arrangement of ferromagnetic elliptical nanodots having dimensions less than 100 nm is able to execute logical NAND and NOR operations. This is named as magnetic logic gate (MLG). The NAND and NOR operations are known as universal gate which are able to execute all fundamental logical operations. For a certain range of the external magnetic field, the magnetization of the elliptical dots takes place only along the major axis because of strong uniaxial shape anisotropy. This inherent binary nature of the dots enables them to be used in the MLG. The MLG possesses number of advantages including high integration density, fast operation and non-volatility.
机译:我们已经证明,尺寸小于100nm的铁磁椭圆形纳米点的适当布置能够执行逻辑“与非”和“或非”运算。这被称为磁逻辑门(MLG)。 NAND和NOR操作被称为通用门,它们能够执行所有基本逻辑操作。对于一定范围的外部磁场,由于强的单轴形状各向异性,椭圆点的磁化仅沿主轴发生。点的这种固有的二进制性质使它们可以在MLG中使用。 MLG具有许多优势,包括高集成度,快速运行和不挥发。

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