Fascinating...After reviewing your findings, I agree that there is undeniably a correlation between the energon's metabolic processing stage and the variation in the modulated polarity shift. It appears that the closer the energon is to reaching the combustion stage, the higher the modulated polarity shift is. This may be because the energon is reacting to the increasing pressure of the surrounding metabolic system.
I have done basic work, based on your analysis and the numbers within, on an equation designed to solve for the variable we seek. The equation is incomplete, or, rather, in need of refinement. The end result I calculated does not make sense within the parameters of the data, but I suspect that it is close.
Dr. Frost
[Miriel has attached her work on an almost comically complex equation. There are notes on the sides outlining problem areas.]
no subject
Fascinating...After reviewing your findings, I agree that there is undeniably a correlation between the energon's metabolic processing stage and the variation in the modulated polarity shift. It appears that the closer the energon is to reaching the combustion stage, the higher the modulated polarity shift is. This may be because the energon is reacting to the increasing pressure of the surrounding metabolic system.
I have done basic work, based on your analysis and the numbers within, on an equation designed to solve for the variable we seek. The equation is incomplete, or, rather, in need of refinement. The end result I calculated does not make sense within the parameters of the data, but I suspect that it is close.
Dr. Frost
[Miriel has attached her work on an almost comically complex equation. There are notes on the sides outlining problem areas.]