1) Reproduce the highly efficient energy transfer for in-situ grown QDs, and quantify exciton quantum efficiencies, 2) Generate bounds for the number density of in-situ grown and separately synthesized/mixed QDs and NPLs, and use this to inform a model of exciton diffusion and transport, 3) Compare the energy transfer to an analogously synthesized NPL QD mixture as a control experiment, 4) Determine/derive both exciton diffusion constant within an NPL, and the efficiency of energy transfer between large finite NPLs and QDs in solution, 5) Contextualize exciton diffusion and 2D-0D energy transfer across many material systems.