GENIE Low Energy

So, I am still a little slow in getting code written for GENIE, I think there are still a few gray areas for me to work out. However, like Corey, I have provided a few nifty plots. Speaking of Corey, if you have successfully added your code to genie, would you be so kind as to send me a brief description of your work?

Getting my information from two papers:

http://arxiv.org/abs/hep-ex/0105068 (LSND Collaboration)

http://arxiv.org/abs/nucl-th/9903022 (K.L.V.)

Experimentally measured values of the exclusive C12(Nue,e-)N12g.s. (that's ground state) reaction, gathered by the LSND Collaboration, match well with K.L.V.’s calculated cross-calculation of the same final ground state reaction. Using the same Random Phase Approximation method K.L.V. has calculated the total cross-section for C12(Nue,e-)N12, which is comparable to GENIE.

GENIE's cross-section for GEVGL=CC -p Nue -t C12, matched with K.L.V.'s total and exclusive cross-section calculations. As an added bonus, I have included the measured values for the exclusive reaction from the LSND Collaboration:
http://minos.phy.tufts.edu/Blogs/GENIELowEnergy/60.60.ps.jpg

Made a correction to this plot, sorry.
http://minos.phy.tufts.edu/Blogs/GENIELowEnergy/compareLast.ps.jpg

http://minos.phy.tufts.edu/Blogs/GENIELowEnergy/Log.140.3.ps.jpg (log version)

http://minos.phy.tufts.edu/Blogs/GENIELowEnergy/2.140.190.ps.jpg (extended version)

http://minos.phy.tufts.edu/Blogs/GENIELowEnergy/1.Log.1000.5.ps.jpg (log extended version)