copper stainless steel and or more conductive material specifically even resistive material as described in this work that is merely less resistive than the encapsulating material such wire 4 runs along the entire length of each band or as desired where it terminates this center conductor increases the coalescing of electromagnetic energy onto itself by virtue of its greater conductance and where encapsulated acts to have the greater energy it has coalesces on it dampened by that surrounding material of greater resistive characteristics fig3 c has a side view of band 2 where 5 is a reference to the split division between two bands encompassing the center conductor 4 the numbers fig3 c 6 7 8 are a variety of holes through or partially into the surface of the band for moderation of the effects the bands can have upon the fields they dampen the effects such holes or depressions can have on the fields the bands encounter from energy in the environment and or in and on the living tissue the bands encapsulate will vary according the electrodynamic factors of how such fields interact all bands can be in multiples in the same area and there can be independent bands.