Experienced researcher in linear/nonlinear partial differential equations, mathematical physics, statistics, and Fourier transform theory. Completed Kramers-Kronig analysis of the complex index of refraction for biological tissue, corrected RF experimental data, generated a set of theoretical index values spanning the pratical electromagnetic spectrum, lastly, research highlights RF energy penetrates much deeper into tissue than historically believed, revealed the importance of Stern layer surrounding cells noth receive and transmit electromagnetic information, which has enormous ramifications for both bioelectromagnetism and human health and safety. Solved Newell-Whitehead-Segel equation in general, proved the only solution is a null solution, thus, proving fallacy of numerical and analytic approximations. Generated a logarithmic analogue to Hilbert transform. Was part of a theoretical team, Air Force Research Laboratory, focused on bioeffects research. Invented method to directly measure Specific Absorption Rate (SAR). Written and designed experiments for IACUC/IRB review, also, subsequent analysis and publication of results.