At higher concentrations (> 0.5 µM), the dipolar character of emitters, 𝛽, is likely underestimated due to depolarization caused by scattering and/or reabsorption during the ensemble anisotropy measurements, as discussed above. This effect may result in somewhat exaggerated apparent degrees of macroscale alignment by our analysis, because larger fitted values for 𝜅 are required to match the experimentally measured ∆𝐴 𝐴 ! ⁄ . In other words, the measured magnitude of ∆𝐴 𝐴 ! ⁄ could have resulted from either more ideal dipole emitters undergoing weaker ordering, or less-ideal dipole emitters undergoing stronger ordering. To correct for this potential complication, we also calculate average deviation angles using the extrapolated ensemble anisotropy data (see dashed red line in Figure ). As summarized in the last two columns of Table , this correction increases the fitted average deviation angles. However, the degree of order is still observed to increase as a function of NR concentration.