A Revolutionary Greenhouse (a)

The author has recently been introduced to the most practical and ingenious device for human survival he has ever encountered. It is primarily a green house, but bears no resemblance to the conventional type. As an accumulator of beneficial and life-promoting energies, it is superior to both the orgone accumulator and the pyramid! It is an invention of Gene Davis of McMinnville, Oregon.

The conventional greenhouse has its limitations. It is not only fragile, but is not effective during cloudy or stormy weather. The Davis greenhouse has proven to be effective under all weather conditions. Even on cold and cloudy days the temperature inside remains at a comfortable level. The light inside is brighter than is experienced on the outside, especially on dark and cloudy days. Interestingly enough, there are no shadows inside. The light comes from all directions. This means that several times the space can be utilized for plant growth than with conventional greenhouses of like size. As to be expected plants grow much faster in this greenhouse than in a conventional one. It is also virtually indestructible. Even a .22 rifle bullet will only penetrate it when fired at close range and in a direction perpendicular to the surface. Otherwise, it will glance off. In addition, it is extremely light, weighing only a fraction as much as a greenhouse of similar dimensions. It can function not only as a greenhouse, but also as a highly desirable habitat.

It is needless to state that its performance has completely baffled everyone, and especially academic experts. During its construction, Gene Davis has applied some of the principles and concepts that have been introduced for the first time in this treatise. In fact, its performance is a fine confirmation of the validity of the new concepts concerning the properties of light and the nature of soft electrons. The panels of this greenhouse are comprised of several layers of a unique fiberglass resin. It consists of tiny pieces of glass interspersed with air pockets. A special wax permeates the mixture to improve light reflection. As a result, light, which enters this greenhouse, has been reflected back and forth many times. This means that a high percentage of the photons accompanying the light have combined to produce soft electrons. It has already been noted that living organisms including plants are equivalent to electronic devices except, instead of hard electrons, they employ soft electrons for their operation. Each type of cellular structure requires soft electrons comprised of light within a specific frequency range. For example, the human body requires seven different kinds of soft electrons, each of which corresponds to one of the colors of the spectrum. Plants in general require soft electrons that are comprised of light in the green portion of the electromagnetic spectrum. Davis permeates his glass resin with a green dye. As a result, a higher percentage of the photons of the oncoming light in the green portion of the spectrum are transformed into soft electrons than with photons in any other frequency range.

There are two other important factors that contribute to the performance of this marvelous device. It has a triangular cross section but the sides are curved much in the manner of the adjacent sides of a spherical triangle. This gives the structure strength and rigidity, but it has a still more important function. The curvature and the very smooth outside surface tend to trap the light that enters the unit much in the manner that the prisms in prism binoculars trap the light that enters the objective lens. These two factors plus the countless reflective surfaces of the glass particles allow the soft electron and photon concentration in the interior to build up. The subsequent increase in soft electron interaction results in disintegration and the release of hard electrons, which raises the temperature inside. The photons released during the process also increase the intensity of light. This greenhouse actually simulates conditions existing deep in the earth's interior!

The reasons for its superiority over the pyramid and the orgone accumulator are now clear. The two latter devices tend to filter out incoming photons and concentrate the soft electrons. The Davis greenhouse hot only concentrates the soft electrons but also collects photons and transforms many of them into soft electrons of a desirable nature. As far as the author knows, this is the only device ever conceived which approximates conditions existing in the earth's interior. This invention has other desirable features. If the reader wishes to know more about it and how to acquire one, write to:

Oregon Greenhouse Inc., PO Box 653, McMinnville, OR, 97128

[Editor, March 10, 1999] This address is not longer valid. I am being introduced to a man who has evidently the authority from the inventor to offer introductions to him, telling me this morning the technology must go to a community oriented group who will put it to use for food production. 'Seems like that's us! Related information.

The Oregon Greenhouse (b)

Gene Davis, President of the Life Research Foundation, developed a new greenhouse he calls the Oregon Greenhouse.

The Oregon Greenhouse is a year-round natural solar trap. The light-green panels are custom made with our special formula and textured to form nature's perfect prismatic diffusion which floods the greenhouse with soft light, radiant heat, and natural grow-power. This condition probably is the reason for the remark we hear most from our customers: ' I don't know why, but plants seems to grow fifty percent faster than in any greenhouse I've ever had.'

This light flooding conditions also enables plants to grow on top of the bench, under the bench, and in hanging baskets over the bench. Because the light panels extend all the way to the ground, every square foot in the greenhouse is a growing area. The Oregon Greenhouse provides approximately three times as such actual growing space as a conventional greenhouse of the same size.

Another advantage of the diffusion and accumulating effect of the light, heat, and grow-power is that on cool, cloudy days the greenhouse is still flooded with warm sunshine because of the rays that filter through the cloud layer. This accumulating condition promotes the ripening of fruits and vegetables year-round, even in our Northwest cloudy weather. On a cloudy day it is brighter inside the greenhouse than outside.

The cathedral design of the greenhouse forms a perfect triangular likeness to that of the ancient pyramids, an energy modern man still has not harnessed. The structure has no hips or eaves, which greatly reduces wind resistance and eliminated altogether the need for framing. No foundation is required. The unit is anchored directly to the ground with twenty inch rebar builders stakes which are furnished with each greenhouse. This way the greenhouse remains a portable unit and in most areas is not taxable. Also, the greenhouse may be moved in the event that the owner is transferred or wishes to change property.

Because of the greenhouse ability to collect and hold orgone energy (soft electrons) along with additional light and heat energy (photons and protons), the unit is not only providing excellent year-round growing conditions for fruits and vegetables, but it is also being used as an ideal place for quiet, private contemplation.

Here is what a scientist has to say about the Oregon Greenhouse:

Joseph H. Cater (author of The Awesome Life Force - unfortunately out of print) has recently been introduced to the most practical and ingenious device for human survival he has ever encountered. It is primarily a greenhouse but bears no resemblance to the conventional type. As an accumulator of beneficial and life promoting energies, it is superior to both the orgone accumulator and the pyramid. An ordinary greenhouse has its limitations. It is not only fragile but is not effective during cloudy or stormy weather. The Davis Greenhouse has proven to be effective under all weather conditions. Even on cold and cloudy days the temperature inside remains at a comfortable level. The light insight is brighter than is experienced on the outside, especially on dark and cloudy days. Interestingly enough there are no shadows inside. The light comes from all directions. This means that several times the space can be utilized for plant growth than with conventional greenhouses of like size. As to be expected, plants grow much faster in this than in a conventional one. It is also virtually indestructable. Even a .22 rifle bullet will only penetrate it when fired at close range and in a direction perpendicular to the surface. Otherwise it will glance off. In addition, it is extremely light, weighing only a fraction as much as a greenhouse of similar dimensions. It can function not only as a greenhouse, but as a highly desirable habitat.

It is needless to state that its performance has completely baffled everyone, and especially academic experts. In fact its performance is a fine confirmation of the validity of the new concepts concerning the properties of light and the nature of soft electrons. The panels of this greenhouse are comprised of several layers of a unique fiberglass resin. It consists of tiny pieces of glass interspersed with air pockets. A special wax permeates the mixture to improve light reflection. As a result, light, which enters this greenhouse, has been reflected back and forth many times. This means that a high percentage of the photons accompanying the light have combined to produce soft electrons. It has already been noted that living organisms, including plants, are equivalent to electronic devices except instead of hard electrons they employ soft electrons for their operation. Each type of cellular structure requires soft electrons comprised of light within a specific range. For example, the human body requires seven different kinds of soft electrons, each of which corresponds to one of the colors of the spectrum. Plants in general require soft electrons that are comprised of light in the green portion of the electromagnetic spectrum. Davis permeates his glass resin with a green dye. As a result, a higher percentage of the photons of the incoming light in the green portion of the spectrum are transformed into soft electrons than with photons on any frequency range.

There are two other important factors, which contribute to the performance of this marvelous device. It has a triangular cross section but the sides are curved much in the manner of the adjacent sides of a spherical triangle. This gives the structure strength and rigidity but it has a still more important function. The curvature and the very smooth outside surface tends to trap the light which enters the unit much in the manner that the prisms in prism binoculars trap the light which enters the objective lens. These two factors plus the countless reflective surfaces of the glass particles allow the soft electrons and photon concentration in the interior to build up. The subsequent increase in soft electron interactions results in disintegrations and the release of hard electrons, which raises the temperature. The photons released during the process also increased the intensity of light. This greenhouse actually simulates conditions, which exist deep in the earth's interior.

The reasons for its superiority over the pyramid and the orgone accumulator are now clear. The two latter devices tend to filter out incoming photons and concentrate the soft electrons. The Davis greenhouse not only concentrates the soft electrons, but also collects photons and transforms many of them into soft electrons of a desirable nature. As far as the author knows this is the only device ever conceived which approximates conditions existing in the earth's interior. This invention has other desirable features

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