I am a graduate of SUNY at Buffalo where I undertook both my undergraduate and graduate work in pure Mathematics and Physics. At this university my dissertation was written on creating more machinery for calculating radiative corrections to lepton nucleon scattering, for the paper it was restricted to electron proton scattering. Our code concerned adaptability in selecting input variables like lepton/nucleon flavor (electron/muon/neutrinos and protons/neutrons/delta resonances), interactions (electromagnetic/electroweak/weak only), and nature of the spatial extend of the particles (one of many forms for the proton/neutron form factors like monopole/dipole or even higher), and a wide range of kinematic inputs/outputs. My principle interest however remains in neutrino phenomenology. However for now with the reduction of funding in science in the US and the extremely competitive nature of publish or perish, for now I am seeking to teach physics to the next generation of physicists at the university level.