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Applications of colloidal semiconductor quantum dots (QDs) that place particles into close proximity with other QDs must contend with the effects of interactions between the particles. Electronic coupling facilitates energy transfer, but these environments can also alter the native properties of the individual QDs. How QDs behave collectively due to coupling is a largely unexplored topic. We developed a super-resolution wavelength-resolving and polarization-resolving microscope to capturedoi:10.21203/rs.3.rs-1297011/v1 fatcat:w44aon53ynb57bibh2orxk4le4