Spin-Induced Optical Harmonics Generation in Semiconductors and Low-Dimensional Structures
The project focuses on tailoring the precession of spins in a quantum dot ensemble and exploring the interactions between different spin ensembles. The variability provided by a spin ensemble shall be exploited to generate and study spin mode distributions with complex dynamics. Furthermore, based on a microscopic understanding of the spin-spin interaction, we plan to optimize the interaction strength for obtaining spin states with robust entanglement. Based on these methods, tools for coherent manipulation of interacting and entangled spin states shall be worked out, for which also the potential of dynamic decoupling tools will be elaborated.