As hypothesized, the lower defect densities show rather similar results in terms of energy, with not much effect taking place even compared with 0 defects. This is a surprising result as it indicates that there is a certain threshold to where defects are considered non trivial to the material. This seems to be at the 10 defect to 13 defect transition, as we see a considerably large difference with 10 defects and 13 defects, indicating that this is a transition value. Surprisingly, the higher defects densities at 13, 15, and 17 do not show a large amount of exponential growth continuation, but rather a limit as to how well the defects can perform. This may indicate that just as observed with the lower defect densities, there are values of defects where the difference produces a trivial amount of augmentation.