The research complements the gravitational null result of the black hole and white hole thermonuclear binding (BH=WH) research experiments. The literature analyses simplified the complexities of relativistic astrophysics by Lorentz transformation, and cosmochemistry processes are considered to be similar to those known on earth, specifically nuclear chemistry. With high affinities between the analyses and the phenomena observed in the past researches, this research finds copolymerization on BH=WH is the most plausible explanation to the origins of the finite and varied lifeforms on earth. Layers of mass of black holes and white holes are shaped by copolymerization and adhesion by surface tension, with enthalpy variation conditions sustained by thermal exchange between fusion and fission plasmas. I further discuss the possibilities of causal inference evidence in the system in determining the order of formation of black holes and white holes, and conclude with the thermonuclear sensitivities of the subject matter. (Video presentation at the 1st International Conference on Gravitation, Astrophysics and Cosmology, June 9, 2025, Amsterdam, the Netherlands.)