“…To this end, he employed multiaxial cable, Moebius gaps, multiple gaps (signal entry points) counterwound coils, and strategically placed shorting rods and plates to increase the high frequency response. The first results were the one-conductor, many-turn loop (OML) and the multiturn loop, followed a short time later by the multigap loop (MGL) [5]- [12] and a variety of electric field and current sensors [13]. With tremendous support from his colleagues in government and industry, he eventually created an entire catalog of wideband EM sensor designs that are still the standards of excellence today.…”