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From Laboratory Press to Spins with Giant Effects

机译:从实验室压力机与巨大效果旋转

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摘要

Parallelly aligned spins in Co-Kagome nets have provided several reasons for researchers to celebrate: Liu et al. and Wang et al. have reported discoveries of unique combinations of properties: Sn2Co3S2=Co3Sn2S2=SnCo3/2S exhibits giant anomalous Hall effects that exceed those of known materials by orders of magnitude. For this laboratory curiosity, a specific electronic topology has been discovered in the predicted half-metal ferromagnetic S=1/2 state that makes it a fascinating example of the novel group of magnetic Weyl semimetals. We present a chemical view on this compound that was little understood for a long time, but that is now also studied with respect to skyrmion lattices and thermoelectrics.
机译:Co-Kagome网中的平行对齐的旋转已经为庆祝的研究人员提供了几个原因:liu等人。 和Wang等人。 已经报道了独特的性质组合的发现:SN2CO3S2 = CO3SN2S2 = SNCO3 / 2S表现出巨大的异常霍尔效应,其逐数量超过已知材料的效果。 对于这种实验室好奇,已经在预测的半金属铁磁性S = 1/2状态中发现了特定的电子拓扑,其使其成为新型磁性Weyl半定态组的迷人示例。 我们在这种化合物上提出了一个很长一段时间的化合物的化学视图,但现在还研究了斯基思晶格和热电。

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