Popular Science Monthly/Volume 24/February 1884/Under-Ground Wires

As cam be seen there are many other weaker, direct interactions of "force-field" radiation; however, here we are interested in the interaction of that radiation with the inner structure of the H-bond potential’., to reduce the oxygen transport capability of the hemoglobin. In other words, under sustained cellular hypoxia a countermeasures signal to the cells, ordering them to dedifferentiate back toward the anaerobic state, is slowly building in the personal quantum potential from a much weaker, lower level "under the common countersignals noise level" all the while. Shortly after returning from that ultrashort conflict, many of these exposed veterans have experienced delayed health changes presently known as "Gulf War Syndrome." While the military has attempted to portray this syndrome as "stress-induced" emotional’ trauma, most of these veterans when tested are found to be emotionally stable. Essentially the war was almost a "shooting gallery," and so combat stress is simply not viable as a proposed causative agent for the Gulf War Syndrome. Further, there was much less combat stress on our troops in the Gulf war than in WWII, the Korean War, or the Viet Nam War, as shown by less than 200 combat deaths!

Further, by graviton interaction, a sustained, cumulated set of antisignals is also automatically generated in the personal quantum potential as a set of negative feedback signals to take corrective actions to alleviate the oxygen depletion condition. Further, in quantum field theory, all mechanical forces are due to the exchange of virtual photons, and hence also are electromagnetic at their very basis. In addition to its personal quantum potential, a biological organism also is connected to a species quantum potential joining all the members of its species. These long-term antisignals thus contain a signal to reverse the original cumulative countersignals in the cellular species potential that caused the cells early ancestral anaerobic cells on earth to change (differentiate) into largely aerobic cells, after the earth’s atmosphere acquired significant amounts of oxygen. Obviously the tars, particles, and nicotine of the smoke inhaled by the smoker dramatically contaminate the fluid in the smoker’s lungs, in the very place where the hemoglobin of the red cells is taking on oxygen.

In spite of heroic "high level antisignal" physical cellular compensations to reduce the use of oxygen, however, the condition of cellular oxygen shortage may still continue, in the case of the smoker or substantial environmental contaminants such as secondary smoke. Note that the cumulating antisignal condition is general and affects the immune system and its cells as well. In short, a deep signal is slowly cumulating that, when it emerges, will order the dedifferentiation of the affected cell back down the evolutionary road toward the anaerobe. The pedal could be the same pedal drivers have become accustomed to using today, an easy-to-reach pad placed near the foot that's pressed down in order to accelerate the car. In order to convert them into mechanical work, one needs a combustion engine, which in addition to making a lot of noise and putting out unpleasant odors, what are electric cables poses a very real safety hazard in either the home or the workplace.

However, PE is more resistant to sunlight and chemicals, making it the better choice for buried applications. Such a system would be more durable, needing fewer repairs, than the present, and would not be much more expensive. Unlike NM cable, in which two or more individually insulated conductors (copper or aluminum) are bundled inside a plastic sheathing, THHN and THWN wires are single conductors, each with its color-coded insulation. The wire or conductor along which the electric message flows, may be likened to a hollow pipe, the walls of which are composed of the insulating material which surrounds it; this insulating material is the gutta percha, and it can be easily understood that if this envelope is perforated by fine holes, the electric current, instead of passing from end to end of the cable, as it otherwise would, must escape and diffuse itself in the surrounding ocean, which is a good conductor.