Spin+Coupling-Control: Control of spin-spin interactions in hybrid layer systems (B05)

该项目旨在主动控制铁磁材料有机杂化系统中的自旋-自旋相互作用。我们将设计具有两个功能单元的层结构：一个由铁磁体（FM）上的二维蜂窝材料组成的混合界面系统，从而从化学上从FM解耦层上生长的功能化分子。两个装置的自旋功能将由光和化学工程控制。利用局域、时间、自旋和k分辨光谱，我们将确定控制这些结构中自旋功能的微观参数，并探索积极设计自旋功能的潜力，以用于新的自旋电子应用。

The project aims at the active control of spin-spin interactions in organic based hybrid systems on ferromagnetic materials. We will design layer structures with two functional units: a hybrid interface system consisting of 2D honeycomb materials on ferromagnets (FM) and thus chemically from the FM decoupled layers of functionalized molecules grown on top. The spin functionalities of both units will be controlled by light and chemical engineering. Using local-, time-, spin-, and k-resolved spectroscopy, we will determine the microscopic parameters that govern the spin functionalities in these structures and explore the potential to actively design their spin functionalities for new spintronic applications.