Toward General Experimentation and Discovery in Conditioned Laboratory Spaces: Part I. Experimental pH Change Findings at Some Remote Sites

Abstract

Objectives:

To fulfill the general scientific method requirement for one of our earlier Minnesota experiments, namely that laboratory spaces operated by other investigators at different sites in the United States can be conditioned to a higher electromagnetic gauge symmetry state than our normal background state and such a space can be specifically tuned so that the pH of purified water in equilibrium with air will be increased by approximately 1.0 pH unit with no chemical additions.

Design:

Insertion of a specific intention imprinted electrical device (IIED) into the space for a period of at least 3 months while continuously monitoring the pH of purified water wherein the water was replaced and the pH-electrode recalibrated on a 2-week cycle. Control sites were associated with each IIED site.

Setting/location:

Offices in homes and clinics.

Subjects:

Three IIED sites plus three control sites.

Interventions:

None.

Outcome measures:

Continuously recorded pH and temperature.

Results:

(1) Linear and exponential pH(t) variations with time at IIED sites, with the ΔpH-values increasing with each 2-week cycle up to a value of approximately 0.8-1.0 pH units, (2) control sites, 2-20 miles distant from the IIED sites exhibited similar behavior but with smaller ΔpH-values, and (3) a new information transfer mechanism in nature has been demonstrated.

Conclusions:

Human consciousness, at least under some conditions, can strongly influence well-designed target experiments in physical reality and the primary data are reproducible in other laboratories provided the specific protocol is followed.