There is a chasm, of orders of magnitude, spanning both space and time that separates the chemist from the chemistry, yet in the natural environment, this distinction fades. The ever-evolving landscape granted by nature may be a better host for the chemistry than the laboratory, its design limited by such practical considerations as the time it takes to finish an experiment, analytical limitations, and safety. Nature is ever changing, however, its laws and rules are always and everywhere the same, and so the chemistry of a natural environment will inevitably unfold according to the rules of chemical kinetics, rules that can be measured in the lab. In this way, the "Frankenstein" constructed in the lab, 60 may pave the way for discovering the emergence of life on a young planet, so long as the chemical kinetics unfold as expected. As a result, kinetics can act as a bridge between these two regimes.