Decreased Fast Time Scale Spectral Diffusion of a Nonpolar InGaN Quantum Dot

Spectral diffusion can lead to considerable broadening of the line width nitride quantum dots. Here, InGaN dots grown on a nonpolar plane were shown exhibit decreased spectral rate compared polar A robust intensity correlation method was used measure six maximum time 1170 ± 50 ns found. An increase with increasing power observed. The internal field leads lifetime for that is shorter than dots; important ratio more favorable dots, thereby chances generating indistinguishable photons.