Magnetic-spin-optical dynamics in molecular materials

这个项目将探索光的化学、材料和物理如何影响有机半导体中的电子自旋相互作用。通过使用先进的光学和磁共振技术，我们将研究新型分子半导体，以推导出这些系统中磁-自旋-光学动力学的结构-功能关系。从这一点出发，我们使用分子工程学的材料来设计功能。在这里，我们的目标是为一系列应用奠定基础：从更节能的发光二极管和太阳能电池到利用分子创造量子技术的试验台。

This project will explore how the chemistry, materials and physics of light impact electron spin interactions in organic semiconductors. By using advanced optical and magnetic resonance techniques, we will study novel moelcular semiconductors to derive structure-function relationships for magnetic-spin-optical dynamics in these systems. From this we use molecular engineering of the materials towards designer functionalities. Here we aim to unlock the basis for a range of applications: from more energy-efficient light-emitting diodes and solar cells to creating testbed platforms for quantum technologies using molecules.