Research
Physics
I am an avid student of both history and physics, with active research in both fields. My most extensive academic studies are in nuclear structure theory. My research began at the Colorado School of Mines, working on spatial transformations of various ab initio nuclear potentials and numerical wavefunction computations. The results of this type of work is used for as input into relativistic nuclear reaction calculations.
My current interests in nuclear structure still heavily involve transformation of spaces. I am working in nuclear mass table calculations with the University of Tennessee/ORNL nuclear theory group, under Dr. Thomas Papenbrock. Specifically, I am involved in the development of analytic nuclear mass formulae via energy functionals. It is hoped that a mass formula with good predictive power will allow for a better understanding of nuclei off the valley of stability.
History
My research in history applies specifically to the Crusading period in Europe and the Middle East beginning in the 12th century and including the first half of the 14th century. In particular, I am interested in the cultural, political and militant roles of the order of the Knights Templar during this period. Initial research in this subject was in regard to Templar defensive architecture and it’s impact on the local perception of the European military status in the East. I have an interest in the further cultural impacts resultant from architectural developments brought back to Europe.
My current research interests are in the area of Templar architecture in England and France. In particular, it is of interest to investigate geographic placement and orientation of structures as it relates to local mythos and religious customs. Connections to architectural methods and customs brought from the East may be considered where appropriate.
A collection is available of some of my previous work in both disciplines (where available). The collection includes published and unpublished material, as well as conference proceedings.
