Abstract
This paper describes some interesting observations made during our work with the 'Water Breeding Cell' research. We were able to observe and photograph significant increases in water tension (bond strength) caused by the application of regulated high voltage electrostatic charge to the breeding cell while exposing the cell input air column to a specific static high voltage.

We call one of the observations 'Water Saucers' as they closely resemble what is sometimes referred to as a flying saucer. The 'Water Saucers' are not bubbles, they are indeed a single sheet of water lifted up the cell tube by the incoming air pressure, and only appear with specific electrode placement and excitation voltage.

Introduction
This is a short paper covering observations obtained from research into the 'Water Breeding Cell'. During our work we observed some strange and unexpected reactions to the breeding cell water when exposed to certain voltages and input air pressures along with special excitation electrodes placed at specific places in the air and water columns. Because the 'Water Saucers' are not bubbles and the way in which they were observed to react during their travel up the cell column, required additional attention to determine their significance.

The following images of 'Water Saucers' show the saucers being generated in a water breeding cell that has an inside diameter of 1” or approx; 25 mm. The saucers would generate at the surface of the cell water and migrate up the 22 mm cell tube for some 15 cm, to the top where they would collapse. Upon collapse the water that was in the saucer would run back down the cell tube to the surface.

What was very interesting was the large surface tension present in the 'Water Saucers' to allow them to form and span the entire inner surface of the cell tube. The saucer shape can be clearly seen as Convex at the top (dome) and Concave on the underside. It is clearly visible in the images that the saucers are not bubbles, but actual sheets of tensioned water moving up the cell tube.

During the saucer travel from generation to the end of its life at the top of the cell, the dome size will increase in height, showing the high surface tension present in the molecular structure. When a saucer is first formed at the surface of the cell supply, the saucer is flat. Once it separates from the surface it begins to form the dome. As the saucer moves upward the dome increase in height with a corresponding convex dimple on the underside.

The saucers are supported and attracted by electrical charge at their contact point with the plastic cell tube and the negative charge of the environmental air surrounding the cell tube. During the upward travel, a saucer can be destroyed if discharged by a large amount of water running down the side of the tube and returning to the surface. This water that is returning is from the prior extinction of preceding saucers. A large saucer having collapsed can inhibit the generation of new saucers until the volume of returning water is small enough to no longer discharge a new forming saucer. We further observed that the volume of the returning water had to be of sufficient amount to cause a saucers discharge or the moving saucer would pick up the returning water, adding it to its own volume while moving up the tube.

This first image clearly shows the shape of a 'Water Saucer', remembering that the saucer has a diameter of some 25 mm with an increasing dome height of from 0-5 mm as it rises in the tube.

The next image is interesting as two properly formed 'Water Saucers' are observed at the top and followed by an improperly formed saucer containing an actual air bubble attached to the underside of its dome.

The next photo shows three formed 'Water Saucers' from a view back away from the cell tube. The top saucer is about ready to self destruct as seen in the expanding size of its dome. Once the dome exceeds a height great enough to no longer be supported by the increased molecular tension, the saucer will break and discharge, the water will fly to the sides of the tube where it will run down and return to the surface.

This last image shows a single saucer with a huge 5 mm dome as it reaches the half way point on its travel up the tube. This saucer destroyed itself just after the photo was taken.

The following image is taken before a breeder cell is placed in operation, just after it was charged with fresh breeder water. The image shows the water line in the air input tube which starts out with a small quantity of water which is moved into the breeder during operation by the operational air pressure. What is to be noted is the normal looking surface of the water line, it appears level with a slight concave shape in the center. While the edges are slightly broadened where the water adheres to the plastic tubing. All of this is what would be expected.

The image that follows was taken after a normal breeder cell test run and it shows the effect of the charge being held by the water. This image is of the air input tube as shown in the preceding image after the cell was shut down and pressure released to allow all remaining water levels to regain equilibrium. Voltage was removed prior to the pressure release. The Dome shape of the water can easily be seen in contrast to the preceding picture. The dome measures 6 mm in height and the outer edge of the surface touching the plastic tube is pulling away, rather than adhering as would normally be seen.

If the cell is allowed to sit undisturbed, the water will hold significant charge for three to four hours, at which time it begins to dissipate. This dissipation is because the normalized cell is not sealed to the environment which contains sufficient ions to begin the charge reduction.

Our work with the 'Water Breeder' uses two different cell arrangements, one is designated the HWBC and the other is the VWBC. The 'H' and 'V' prefix stands for Horizontal and Vertical. When we decided to prepare this paper we were working with the VHBC and wanted to know if we could produce a similar set of conditions in the HWBC, even though it operates in a somewhat different way.

Before connecting up the HWBC to modify the operational parameters we could not envision just how the increased tension could be seen in a similar way to the rising dome (above images), yet we proceeded. What follows of great surprise to say the least.

What appeared so startling was we had indeed created a very similar water mass, only in the vertical rather than horizontal. In addition the shape and volume of water contained was much greater than ever observed in the vertical cell. The most important feature is the form extends into the body of the cell water (bottom of cell with air space above) and moves through the water with the rest of the exposed saucer. One can easily see the wave front preceding the saucer as it moves, a build up of water being pushed along by the mass of the water saucer moving towards the outlet.