Abstract
In this letter, we investigate the 2D probe absorption spectrum in nanodiamond nitrogen vacancy centers under optical excitation. Different cases of the standing waves–matter interaction are considered to study the spatial dependence of probe absorption. It is shown that due to the quantum interference between different quantum paths in this system, various structures of localization as lattice-like, cross-like, circular-like and ‘’-like patterns can be designed by adjusting the detuning intensities and Zeeman shift.
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