Our prior work showed that HgTe energy transfer is occurring from NPL to QD and allows for a continuously tunable Stokes shift depending on the bandgap of the QD. We previously showed that the PLQY of the QD grown through this method is very high, with values from ~30-50%. These results are comparable to some of the highest PLQY reported for HgTe QDs, and suggests that the transfer must be near unity.