“…That is not to say that the necessary theoretical foundations are absent [1], [2], rather, the requisite implementation complexity has impeded adoption of these techniques. The implementation difficulties can be avoided entirely by employing triangular or tetrahedral discretizations [3] or a discontinuous Galerkin Formulation [4]; however, nonrectangular cells are sub optimal for the linear independence of unit vectors in many CEM applications, and discontinuous Galerkin formulations do not maximize per-DoF efficiency. Therefore, we explore a far less burdensome approach to Jeremiah Corrado, Jake J. Harmon, and Branislav M. Notaroš are with the department of Electrical and Computer Engineering, Colorado State University, Fort Collins, CO 80523-1373 USA (e-mail: jcorrado@rams.colostate.edu, jake.harmon@ieee.org, branislav.notaros@colostate.edu).…”