The sisters wave to Austin.
<color=blue>"We have only visited that planet for four days. That is what we have found so far. Once we're done with the events here, we're going to spend an even greater amount of time investigating more about this race and its own biology."
<color=purple>"In order to accomplish this fusion, we have to experience the energies of the early universe. From then on, all it takes is time and concentration to hold the fusion together. EWa and ENya were both accomplished by experiencing ourselves to particle accelerators, large machinations the size of villages and towns, that have the ability to speed up particles close to the speed of light. Which is 300,000 kilometers per second. We took a strand of DNA from each of us, a strand of particles that defines our appearance and biology, from ourselves and shot it into the accelerator. The energized DNA was then absorbed by one of us, and from then on we know what it takes to get to that point in energy."
<color=brown>"EWa was accomplished at 100 Giga-electronVolts of energy per particle. Enya was accomplished at 10^16 Giga-electronVolts of energy per particle. According to Unification law, this unification occurs at 10^19 Giga-electronVolts of energy per particle. Our only options are to either crank up the energy ourselves or to find an accelerator that can still simulate those energies."
OOC: I say DNA and not the whole body, because that would be way too much mass. Plus, I'm just giving them the benefit of the doubt and say that the accelerators in their period in time are able to create that much energy on the mass of a DNA strand. And also this method of energizing is built into them by their creators.