Not only is the spectral location of an individual nanoparticle's NFE related to that particle's resonant frequency, the intensity of the NFE is also closely tied to the particle's resonant frequency. For both nanoparticle gels (Figure ) and defective superlattices (Figure ), when each particle's hot spot intensity is plotted versus its individual resonant frequency, an approximately one-to-one relation emerges. The data among many different gels at volume fractions ranging from 0.01 to 0.50 and the data among many defective superlattices at varying degrees of order (including perfect superlattice) all collapse to a single curve. So, near-field properties can be predicted from knowledge of the resonant frequency distribution alone.