Glossary a To F

So in addition to the prompt countersignals, additional much-weaker countersignals are also slowly accumulating in the personal quantum potential’s central cellular control system. 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. However, each cell in a multicellular organism normally is under a centralized electromagnetic control system (which functions in the organism’s higher­level personal quantum potential), so that the organism lives and functions as an overall higher­level unit. This is true from the atomic nucleus, to molecules, to material lattices, to human cells, to tissues, what are electric cables and even to the mind and long-term storage templates (internal WZ structured forms in the QP) in the biological organism. A common material like polyvinyl chloride (PVC) is used for the sheath. Common cables can be sheathed in metal or an insulating polymer. In short, low-level background EM radiation can also interact with the H­bonding of the hemoglobin to seriously lower its oxygen transport capability, just as any other contaminant. 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.

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. These continue to slowly "kindle" after the "first high-level antisignal actions" that cumulated past the "noise" (quantum) threshold reached their limits of physical reactions and are still insufficient to resolve the problem. Note that the cumulating antisignal condition is general and affects the immune system and its cells as well. In short, the degree of feedback antisignal received by a cell or group of cells varies according to the degree of stress they experienced. As the deeper "dedifferentiation" countersignal reaches the quantum threshold in the most affected area, a small group of localized cells located there take the first step back along the "single­anaerobe to single aerobe to multiple aerobe" evolutionary chain. If significant oxygen-deprivation continues for a sufficiently long time, this deep countersignal eventually emerges in Popp’s MCCS system in the personal QP, ordering the affected cells to dedifferentiate back toward their anaerobic state. They are used in ethernet networking system. In the US, the DBS Subscription Services (DSS) are DirecTV and Dish Network.

These cables are used in low-frequency AC or DC applications. Okay so that price might raise an eyebrow or three, but it is one of the highest-quality cables available today. This can be demonstrated by putting one end of a pair of wires in a hand drill and turning while maintaining moderate tension on the line. The bottom line is that all chemical, mechanical, and electrical interactions are in fact electromagnetically caused. 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. All of these chemical, mechanical, and electrical interactions in the cells can be affected and even engineered electrically. This precancerous state has great influence upon the "single cells" of the organism, which includes the cells of the immune system. Thus the precancerous state is characterized by increasing errors in, and slow weakening of, the immune system. Arthritis and similar debilitating immune system disorders appear to be largely the result of this "precancerous" long-term cumulation. QP, specifically in Popp’s master cellular control system. Sheldrake’s morphogenetic field. Deep within its own personal quantum potential the living system also possesses all the cumulatively ordered steps (species antisignals that were implemented) of its species evolution.

That first dedifferentiation step breaks the cells away from centralized control of the MCCS in the personal quantum potential. Thus those cells sustaining the longest and greatest stress get this drastic dedifferentiation countersignal first. As we saw, in general the strength of the cumulating countersignal inversely depends on the distance in the body of the affected cells from the source of greatest contaminant stimulation. The metabolism is lowered, the body relaxes, and the appetite is suppressed; all counters to the cells’ hypoxia condition by lowering the cellular requirement for oxygen. 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. Thus even the "chemical" contaminants interact electrically and via potential (multiwave) interferometry with the H-bonding potential. In any case, the total sustained interaction of chemical and physical contaminants and EM fields and radiation can result in a sustained oxygen-deprivation (hypoxia) condition for the body cells, even to a dramatic degree. An immediate oxygen-deprivation condition thus is created in the body. 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.