MY RESEARCH
Subatomic Physics
I have been trained to perform world-class calculations in theoretical particle physics. I perform calculations that allow reconciliations between major subatomic experiments and the Standard Model of particle physics. I try to answer questions like: how are protons and neutrons formed, why do they have the properties that they have, where does the theory break down, etc.
MY PROJECTS
Samples of my Work
NUCLEON SPIN SUM RULES
A detailed study of the angular momentum inside the nucleon is performed and the derivation a new twist-3 spin sum rule for a transversely-polarized nucleon is found.  This will allow one to potentially measure the spin of the proton and neutron with new experiments.
DVCS CROSS SECTION
I calculate the DVCS cross section which is a flagship process for the extraction of Generalized Parton Distributions (GPDs).  A formal twist expansion has been performed to subleading order, allowing for a very precise relationship between the cross sections and these well-sought nucleon structure quantities.
RADIATIVE CORRECTIONS IN SEMILEPTONIC PROCESSES
I calculate the 1 loop electroweak radiative corrections to both electron-proton scattering and neutron beta decay.  These corrections are important for the quantitative interpretation of measurements done on these semileptonic processes.