Photophysics and applications of spin-coupled systems comprised of organic semiconductors and lanthanide-doped nanoparticles

控制和操纵三重激子动力学的能力对于可持续光电材料和工艺领域的应用至关重要。我的项目将研究三重态控制领域的新范式，其中三重态激子由电子和自旋耦合有机半导体与镧系掺杂纳米粒子操纵和控制。与传统的三重激子控制方法相比，这种新策略有可能提供更多的机会，探索其基本的光物理学有望为光电子学领域内外的应用打开大门。

The ability to control and manipulate triplet-exciton dynamics is of paramount importance for applications in the realm of sustainable optoelectronic materials and processes. My project will investigate a new paradigm in the field of triplet control, in which triplet-excitons are manipulated and controlled by electronically and spin coupling organic semiconductors to lanthanide-doped nanoparticles. This new strategy has the potential to offer more opportunities than conventional triplet-exciton control methods and exploring its fundamental photophysics is expected to open doors for applications in and beyond the field of optoelectronics.