A recent study by an international group of researchers, published in the journal Nature, found the kagome ferromagnet Fe3Sn2 exhibits an electronic state that couples unusually strongly to an applied ...

相关成果以“一种多级纳米结构多功能铁磁体的快速制备 (Fast fabrication of a hierarchical nanostructured multifunctional ferromagnet )”为题，于2024年8月8日发表在 ...

An efficient way to transport electron spins from a ferromagnet into silicon essentially makes silicon magnetic, and provides an exciting step towards integration of magnetism and mainstream ...

相关成果以“一种多级纳米结构多功能铁磁体的快速制备 (Fast fabrication of a hierarchical nanostructured multifunctional ferromagnet )”为题，于2024年8月8日发表在《科学》(Science)期刊上 图 HNS设计理念（A-C）和创制的多功能铁磁体的性能（D,E） 在国家自然科学基金项目（批准 ...

These materials demonstrate a spontaneous electric polarization due to the collective effect of many individual electrical dipoles (similar to what happens in a ferromagnet). Salahuddin and Datta ...

Islam's gift provides flexible spending for Broholm's research into topological magnetic semi- metals—a material that has the property of a ferromagnet, the kind of magnet that would stick to a ...

fig. 1: Schematics of the antiferromagnet-ferromagnet bilayer system studied in this work. The current applied to the bilayer gives rise to a flow of electron spin in the perpendicular direction ...

This is very different from what happens in a passive ferromagnet, where the emergence of order occurs gradually. Until recently, physicists believed that biology-inspired models in which particles ...

We shall see that in spite of the fact that the imperfect gas is physically a very different system from the ferromagnet or the binary alloy, near the critical point the van de Waals model makes ...

Research Physicist, Naval Research Laboratory, Washington, D.C. Kevin J. Smith, "Optical Control of Ultrafast Spin-Wave Relaxation by Magnetic Anisotropy in a Ferromagnet" (Advisor: Gunter Luepke).