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Organic growth in spintronics

机译:自旋电子学的有机增长

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摘要

Conventional microelectronic devices, such as transistors and diodes, are based on the storage and transport of electronic charge in a semiconductor. Electrons, however, also have a quantum attribute known as spin, which can point in either a clockwise or an anticlockwise direction. These two spin states are usually called up and down, and putting them to use in semiconductors would add a new dimension to traditional electronics. The field of "spintronics" is therefore very exciting because it raises the possibility of materials and devices that have several built-in functions.
机译:常规的微电子器件,例如晶体管和二极管,是基于半导体中电荷的存储和传输。但是,电子也具有称为自旋的量子属性,它可以指向顺时针或逆时针方向。通常会调用上下两种自旋状态,将它们用于半导体将为传统电子学增加新的维度。因此,“自旋电子学”领域非常令人兴奋,因为它增加了具有多种内置功能的材料和设备的可能性。

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