The clean water experiment
June 13, 2009
4 pm GMT
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www.thecleanwaterexperiment.com
Dear friends,
Our registration page is now ready, and we’re all set for you to sign up for our Clean Water Experiment, being held on June 13, 2009 at 4 pm GMT.
However, you can only participate, if you register, so before you do anything else, please sign up today by clicking through here.
You’ll be asked just a few basic questions for our scientific team (about whether you’re a meditator and what country you’re from).  Then on the day of the experiment, you’ll be able to log straight in. 
It’s important that you sign up BEFORE the experiment runs so that we can estimate server capacity needed and also so that you don’t overload the registration process on the day of the experiment.
Even though you are registered on our main Intention Experiment site, you’ll need to register again for this experiment.
How the experiment will run
This experiment is the first attempt of ours to clean up polluted water. 
As you may know, pollution is caused by bacteria, chemicals and particulates in water,  affecting certain qualities, such as its pH. 
If human consciousness plays a role in the physical world, our intentions may be able to influence the degree of its cleanliness.  The size of the effect may be tiny and not measurable; it might also be significant and detectable. 
Our first step in this historic pilot experiment will be to attempt something very subtle – to change the energetic footprint of tap water so that it is more similar to the energy footprint of mineral water.
Measuring an energy footprint
As you may know, if you’ve been reading my work and participating in these experiments, Russian physicist Dr. Konstantin Korotkov of St. Petersburg State Technical University invented the Gas Discharge Visualization (GDV) technique, which makes use of state-of-the-art optics, digitized television matrices and a powerful computer. Ordinarily, a living thing will dribble out the faintest pulse of photons, perceptible only to the most sensitive equipment in conditions of utter pitch black.  
Korotkov captures the tiny pulse of photons emitted by all living things by stirring them up — ‘evoking’, or stimulating them into an excited state so that they shine millions of times more intensely than normal.
Korotkov’s equipment blends several techniques: photography, measurements of light intensity and computerized pattern recognition. When used on humans, his camera takes pictures of the field around each of the 10 fingers, one finger at a time.
A computer program then extrapolates from this a real-time image of the ‘biofield’ surrounding the person and deduces from it the state of health in the case of a person.
The GDV machine also can record the ‘energy footprint’ of liquids.  The GDV machine examines the emission activity on the surface of the liquid — that is, its ability to retain important information from other molecules.
Korotkov and his team have carried out a great deal of pilot research on a great variety of biological liquids, showing that the GDV equipment is highly sensitive to changes in the chemical and physical contents of liquids — subtle changes that don’t show up in ordinary chemical analyses.
For instance, Korotkov discovered statistically significant differences between the blood samples of healthy people and those patients suffering from cancer or heart disease. He has also found statistically significant changes in water after it was irradiated — even when when homeopathic remedies diluted 30 times were added to it.
Dr. Gary Schwartz, the psychologist and director of the Laboratory for Advances in Consciousness and Health at the University of Arizona, in Tucson, Arizona, has been experimenting with the GDV machine for many years, and in particular examining the ‘energy footprint’ of many substances.
As he told me recently, “Our laboratory has documented that water samples that vary in cleanliness produce different energy patterns as measured by the GDV. 
“We use a special analysis procedure that averages the individual frames of the pictures taken with the camera, producing a summary ‘energy print’ that captures the core stability of the pattern.  One can think of this as an energy fingerprint - in this case, an energy water print.”
Tucson's tap water, Dr. Schwartz says, produces a larger, less symmetric, more unstable looking energy print — compared to that of bottled water. 
Our earlier experiments
As you may recall, we have run two experiments  with Dr. Korotkov himself.  In the First Korotkov Water Experiment, we changed the energy footprint of water by sending love to it.  In the Second Korotkov Water Experiment, we sent a specific intention – to increase the light emissions.  In both instances, we had a result.
This time we’ll be show all of you a photo of the energy print of a sample ordinary tap water, and then a photo of the energy print of bottled water.  We’ll ask you to make our sample’s footprint more like the footprint of the bottled water. 
A blinded study
Once again, our scientists will create a controlled experiment, by supplying us with four possible water samples.  I’ll ask one of my daughters to choose one of the four, but Dr. Schwartz and Mark Boccuzzi, his chief lab technician, will not know which one we’ve chosen. 
On the day of the experiment, we’ll show you the chosen water sample, and ask you to send it your intention — to change its energy pattern to appear more symmetrical and more like that of the natural mineral water. 
After we’re finished, the scientists will place all four samples of water into the GDV machine and photograph and record the energy footprints of all four.
Once they’ve finished, I’ll unblind the study and tell them which one we sent intention to.
They will then use their calculations to determine whether the one sent intention most closely matches the energy print of the mineral water. 
Where this will lead to
If our results are positive, we will have the first evidence that intention can be used to clean up water.  From there, we will work with Dr. Schwartz’s labs and other laboratories to attempt to change pH or alter bacteria.  We’ll also attempt such a study in a ‘live setting’. 
However, this will only work with a large body of participants, so please register today, by clicking through here.
You will be taken to another landing page (www.thecleanwaterexperiment.com), which we’ve set up to ease congestion on this site.
So please. . . sign up today, and tell at least three friends to do so.