Whitman's Gender, Health Impact, and the Schneider Network
Practical research confirms the existence of Whitman's poles with their polar rays, while crossings in networks are directly related to the stimulation or inhibition of malignant processes and inflammatory conditions in the body.
Differences between Whitman's Poles and Curry's Grid
With Whitman, the poles lie in the middle of a polar square field with its 8 polar rays, while Curry's system represents a square grid without separate poles (although as a dowser he could easily find them). Fields and intersections according to Whitman are constantly filled and emptied, which is why they can be considered zones that promote or inhibit the development of cancer.
Research has shown that even negatively charged fields are not harmless: strong discharges lead to frequent inflammatory processes in cells and the whole organism (which manifests itself through a short reaction time). Diseases such as tuberculosis often appeared on those minus poles, but cancer diseases never appeared on them.
Schneider network (3rd and 4th network)
Reinhard Schneider, while studying places at the intersections of underground watercourses that were struck by lightning, discovered that the watercourses are polarized positively and negatively (right and left polarized radiation). In old churches, pulpits are often placed at these intersections, which gives preachers an energetic boost and makes their sermons more convincing and eloquent. By the way, statistics show that there are only 20% of right-wing polarized streams.
Characteristics of the Schneider network
This grid is placed in the direction of the four cardinal points of the world (like the Hartmann grid), and the width of its strips is 26 cm. In addition to regular lines, Schneider also discovered specific zones that do not go in a straight line, but rather intersect in countless directions. In practice, it has been shown that precisely these unusual lines are areas where plants grow extremely well, and trees grow particularly fast.