Had to do some back pedaling on implementing Inverse-Compton. The Klein-Nishina effects are not as important for most observations, and there was some strangeness in the fast cooling regime. The main issue was that the cooling frequency was not suppressed as one would expect and this was due to stupidity in the way I originally implemented it. Here are some new results for physical parameters E = 10^52 ergs, p=2.5, theta_0= 0.2 rad, theta_0bs=0, n= 5, e_e=1, e_b = 0.01, and ksi_n=1. We tested in the fast cooling regime using the standard expression for Y (Full derivation to follow) and in the slow cooling regime using an approximation of the formula derived in Beniamini et. al. 2015 (arxiv:1504.04833v2). The red line is the minimum accelerated electron emitted frequency, the dashed line is the IC suppressed cooling frequency, and the blue line is the un-suppressed cooling frequency. We originally had a debate about whether the fast cooling spect...