Could you be more specific about how you measure the effects coming from Field Broadcasters?

We normally measure the effects of a Field Broadcaster via dowsing. Keep in mind we simply use the hypothesis that the human brain and central nervous system works like a quantum computer, though humans also possess a personal will. If anyone wants to prosecute us for our assertions the burden of proof that we are wrong is theirs. We can discuss it in the spirit of inquiry, but under prosecution the burden of proof is not ours. We simply state that dowsing is essentially a quantum non-local technique involving the human nervous system, which acts as an extremely large antenna that is extremely sensitive. In other words, dowsing relies on detection of phenomena at the fundamental particle level, the quantum level, where  trigger events occur. These phenomena are essentially transcendental—not limited to space and time. Put another way, these methods function at what physicists call the zero point where space and time do not have the meaning we usually attribute to these things at the gross physical level, and fundamental phenomena such as these do not exist as finite linear functions.

Providing dowsing is a convenient measuring system, the question is what are we measuring? On the physical side, organization arises at boundaries. Patterns, such as are used in the reagent wells, provide boundaries and the boundaries provide resistance. Resistance concentrates organizational energy, and organizational energy flows from lower concentration to higher concentration. By definition, in order to be organizational energy must do this. If energy was dis-organizational it would flow from lesser dispersion to greater dispersion, as proponents of the second ‘law’ of thermodynamics would have us believe all energy does. Strangely, they tend to see no conflict between this belief and the belief in evolution from lower to higher life forms, but such is the nature of beliefs.

In terms of field broadcaster design a number of things result. For example, a coil creates resistance, and no matter what sort of circuit one has there must be resistance or the circuit is a direct short rather than a circuit. So there are large coils top and bottom for inducing organizational patterns into the top soil and lower atmosphere. The more turns in the coils, the more the resistance.

There is also a coil around each reagent well to pick up the organizational patterns of the reagents placed in the wells. Each well circuit has a quartz crystal with a coil around it causing it to become a resonator and making the patterns from the well coils coherent. Also each well circuit has a strong resistor to draw organizational flow. Because organizational energy is concentrated at the resistor, and since organization flows from lower to higher concentration, the flow in the circuit follows the path of greater resistance rather than the path of lesser resistance.

There is also the question of switching from one well to the other as night follows day and day follows night. It is important that the patterns in the lower well are induced in the soil whenever the ambient energy is flowing downward (at night), since these patterns are digestive, lime polarity patterns. And it is important that the patterns in the upper well are induced into the atmosphere whenever the ambient energy is flowing upward (by day) as these are formative, silica polarity patterns. This switching is accomplished by diodes in each circuit. In one direction the diode has very low resistance. In the other it has very high resistance. This feature allows the diode to act as a one-way gate to pick up the patterns of the lower well if the energy is moving downward in the circuit, and to pick up the patterns of the upper well if the energy is moving upwards in the circuit. This makes switching automatic and requires no action by the grower.

As well, tin coated copper wire is used to provide two different conduction mediums, the tin for upward flow and the copper for downward flow. Thus whenever there are flows in both directions simultaneously (particularly at sunrise and sunset) there is a different medium for each to flow simultaneously.

It is interesting in regard to the above, innumerable experiments confirm that carbon attracts organizational energy while metal conducts it. Carbon based PVC pipe, while acting as an insulator for the sort of dis-organizational electric current that flows from higher to lower concentration, in the construction of a field broadcaster this attracts organizational energy toward the metallic circuits it contains. As previously noted, this organisational energy streams into the earth from the plane of the ecliptic, entering into the earth field around the equator and flowing from east to west. Thus to best draw a stream of organisational energy into a Field Broadcaster, it is advisable to set it up with the wells, which are heavy with PVC, oriented to the east. Carbon’s sibling, silicon, the chief component of glass, is another classic insulator for ordinary dispersive electric current. However it proves to be an excellent conductor for organizational energy flow.