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Volume 13: Number 2: Article 2
Electronic Device-Mediated pH Changes in Water
Walter E. Dibble, Jr., Ditron LLC, 1601 Highway 7, Victoria, MN 55386
William A. Tiller, Emeritus, Department of Materials Science
& Engineering, Stanford University, Stanford, CA 94305-2205
Exploratory experiments have been carried out on commercial bottled
waters to test the efficacy of a specific human intention to influence
the pH of these waters. Two different electronic devices are utilized
as the carriers of this specific intention. Experiments comparing (a)
the device-absent condition, (b) the device-present, but unimprinted
with the specific intention, condition and (c) the physically identical
device-present, but imprinted with the specific intention, condition
have been carried out. A clear, but somewhat small, effect of the specific
intention imprinting has been recorded and studied for Evian water.
Ca/Mg carbonate crystal formation occurred in this water during the
experiments and somewhat obscured the main purpose of the study. A pH-stable
50/50 solution of a commercially available bottled water and ASTM Type
I purified water and a 100% Type I purified water were used for further
experiments. The pH-time course of these solutions was monitored for
the three conditions (a), (b) and (c) mentioned above. Both short-term
and long-term pH behavioral differences were noted between exposure
of these solutions to the intention-imprinted devices and the physically
identical unimprinted devices. Very robust effects have been recorded
with the maximum pH change achieved being 1.0 + 0.05 pH units, exactly
the value programmed by the imprinted intention.
Keywords: intention, pH, water, imprinting, oscillations, non-local
effects
FULL TEXT:
Electronic Device-Mediated pH Changes in Water
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