Board Thread:Questions and Answers/@comment-34954086-20120922085545/@comment-34954086-20130129085221

Aha! I actually tried to find some of this myself, quality wasn't good enough though. All of that board most likely results to the one thing (physicist thing, we change boards for new problem). I'll go a step further since the equations aren't too jump out-y as e=mc2, I'll guess what it's all for!

K=(2m(E-(x)1/2/ħ2)1/2

E typically refers to energy or electric field. ħ is the Planck constant, commonly related to light and waves. m generally is mass. K is a fairly common symbol, no way to accurately guess, maybe Kinetic Energy? That fits the most, and of course the square root, indicating a decline, x whatever it represents has an extra square root indicating K's change is further lessened by x. Hmm, that's not bad, next.

Vi=sigma:j=1 to N(di/dj) Vj

This is very similar to the differential equations and series I'm doing actually, They haven't yet been combined so I am not solving it ;)

More to come, but it certainly looks molecular in scale.