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Lanthanide single-molecule magnets

机译:镧系单分子磁体

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Researchers demonstrate that lanthanide single-molecule magnets (SMM) have the potential for new technological applications. SMMs can be considered as molecular analogues of classical bulk ferromagnets, making it possible to develop them for applications involving the storage and processing of digital information. The molecular nature of SMMs offers unique attributes that will allow information to be stored with higher densities and to be processed at significantly high speeds. Completely new applications of SMMs have also been considered, including in the development of molecular spintronics. SMM-based technology can only be realized when two major problems have been solved. Researchers will need to address the challenge of designing and synthesizing efficient SMMs that function at temperatures of practical use or which show physics beyond those achieved with classical magnets.
机译:研究人员证明,镧系单分子磁体(SMM)具有在新技术中应用的潜力。可以将SMM视为经典的大块铁磁体的分子类似物,从而使其有可能开发用于涉及数字信息存储和处理的应用。 SMM的分子性质提供了独特的属性,可以使信息以更高的密度存储并以极高的速度进行处理。还考虑了SMM的全新应用,包括分子自旋电子学的发展。只有解决了两个主要问题,才能实现基于SMM的技术。研究人员将需要解决设计和合成有效SMM的挑战,这些SMM可在实际使用温度下发挥作用,或者表现出超越传统磁体所能达到的物理性能。

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