DEVELOPMENT OF pH AND TEMPERATURE OSCILLATIONS IN WATER CONTAINING ZnC03 CRYSTALLITES USING INTENTION IMPRINTED ELECTRONIC DEVICES

Abstract

In this experimental study, two vessels, A and B, of pure water containing 0.4 wt. % sparingly soluble, small ZnC0₃ crystallites were positioned about 150 feet apart in separate buildings. An Intention Imprinted Electronic Device (lIED) was placed one foot from A. Both pH and temperature were monitored at B. Turning on the lIED at A led to the appearance of both short period (about one hour) and long period (about one day) pH-oscillations at location B plus a marked downward decline of the pH in the direction of the lIED intention. In one experiment, the pH declined a full pH unit in accord with the imprinted intention. In another experiment, shaking the vessel at B to redisperse the fine particles when the lIED was operating at A led to a fall in pH but plateauing somewhat short of the final pH as well as the reappearance of the short period oscillations. For control solutions with no present, no such pH behavior occurred.