Interface engineering of luminescent defects in 2D materials
 (W07)

在W07项目中，我们将以足够低的密度将荧光分子封装到氮化硼多层膜中，以便在衍射受限的共聚焦显微镜中观察到单分子。我们将本着在有机基质中进行单分子实验的精神，对所得到的体系进行低温光谱分析。这些实验将得到电子结构理论和分子动力学模拟的支持。单个发射器最终将被用作光学近场显微镜的点源，旨在研究Förster能量转移到CRC和更远的其他系统中。

In project W07, we will encapsulate fluorescent molecules into Boron Nitride multilayers, at a sufficiently low density that single molecules can be observed in a diffraction-limited confocal microscope. We will perform low-temperature spectroscopy of the resulting systems, in the spirit of single-molecule experiments in organic matrices. These experiments will be supported by electronic structure theory and molecular dynamics simulations. The single emitters will finally be used as point sources in optical near-field microscopy, aiming to study Förster energy transfer into other systems of the CRC and beyond.