Forgotten Ages Research

Secrets of the Pyramids—Experiments in Energy-Form, Part One

Report Topics:

• Some General Observations
• Phenomena Associated With Inorganic Materials
• Air, Heat, Light, Gravity, Electromagnetic and Radiation Phenomena
• Bio-Energy Phenomena
• Mechanical Phenomena

Full Report:

Some General Observations

The standard instrument used for experimental purposes is a hollow model pyramid—four triangular sides and a square bottom—constructed to the scaled-down dimensions of the Great Pyramid at Giza in Egypt.

The pyramid model is oriented so that its sides are squared to magnetic north, which can be done with the use of a magnetic compass.

Materials to be tested are usually placed inside the pyramid so that they are one-third up the distance from the based toward the apex, and directly below the apex. This is the location of the King’s Chamber in the Great Pyramid, the floor of which is within one-half inch of being perfectly at the one-third level within the Pyramid structure.

This type of model, and the setup procedure, has been utilized in most of the experiments to be described, unless otherwise specified.

The operation of the pyramid is not dependent upon what the pyramid is made of. Rather, the key is the pyramid shape.

Pyramid energy phenomena cannot be duplicated merely by placing an electromagnetic field around a test object. Only a pyramid form produces the effects.

One type of pyramid model can be made with solid panel faces and base. However, the panels and base must be attached at all the edges to form the pyramid shape, or it will not work. One line edge missing appears to break the circuit of energy flow.

A pyramid model with four triangular panel faces but with no base will work, but not as well as one with an attached base face, which completes the pyramidal form more completely.

The increase of the size of the pyramid model does increase the energy output, but the increase is not directly proportional.

If a pyramid model employs side panels, the panels should be made with smooth surfaces, otherwise the phenomena within is greatly inhibited. Some energy phenomena will not occur today in the Great Pyramid because its original casing stones—which once gave it a smooth exterior—were removed centuries ago.

Pyramids with slightly indented panels (bowing inward toward the central apex-base line) tend to concentrate energy at the one-third level, aiding in phenomena speed and quality. This matches the actual side designs of the Great Pyramid itself.

Holes, windows, doors or openings in a pyramid model with solid panel sides appear to effect the energy performance little, as long as they do not break any of the pyramid edges or angles.

Some experimenters report that holes or openings in pyramid sides actually improve the energy phenomena.

A pyramid model does not have to have solid panel sides. Little energy is lost by using only a pyramid frame. However, a pyramid fame without all the corners interconnected will not work. Again, the circuit of line edges is the key.

Also, if anything is leaned up against the pyramid model, the energy pattern is broken, or severely reduced.

Several pyramids placed in a plate formation—small pyramids in one horizontal plate, joined at their bases—increases the energy output.

Pyramids in a tower configuration—small pyramids stacked or strung together one on top of the other—increases the energy output.

Interestingly, an inverted pyramid, apex pointed downward, tends to lose energy.

A pyramid model based on the scaled-down proportions of the Great Pyramid of Giza appears to work the best, though there is a certain degree of controversy over this among some experimenters.

In the Great Pyramid model, the lengths of the sides equals the length of the base minus five percent. Example: A pyramid with a 20-inch base should have side lengths equal to 19 inches--20 x .05 = 1; 20 - 1 = 19.

This can also be expressed as: The vertical height of the apex from the base-line yields the same ratio as the base circumference of a circle to its radius. The circumference of the square around the base of the pyramid is equal to the circumference of the circle around its apex.

In the Great Pyramid model, each triangle face should have an apex angle of 76 degrees, and lower corner angles of 52 degrees each. Some researchers believe that the 76 degrees angle is the energy angle at which the Life Force or Chi resonates, and is therefore crucial that it be included in the pyramid model if it is to work to its fullest potential.

A number of experimenters claim that a phi pyramid gives better results than a Great Pyramid model—though some mathematicians see little difference between the two. To construct: First choose a desired base length. Then divide it in half and multiply by 1.618, the Golden Proportion number. This will give you the height of each triangular side—the length from the center to the base line to the apex.

Another pyramid form that works is the 7-11 pyramid. This has a height-to-base ration of 7:11.

Another form is the Euler pyramid, based on the Euler irrational number of 2.72. The formula used is height x E = area.

One other pyramid form which works, but which is decidedly less effective, is the Equal pyramid. This is a model built with all equilateral triangular sides.

A number of experimenters feel that the side angle of a pyramid form is a function of its location upon the Earth’s surface, and is dependent upon what latitude the pyramid is to be constructed for it to work at its most optimum energy level.

A pyramid model works best when aligned—sides are squared—90 degrees with magnetic north. Pyramid energy decreases as the pyramid model is turned farther out of alignment. At 45 degrees, with corner pointing north, the pyramid produces the least energy.

Some researchers have found good results by aligning their models to true north, rather than magnetic north. The difference between the two depends on one’s location on the Earth’s surface. The pyramid model can be aligned to north by squaring the sides to the North Star. It is noteworthy that the Great Pyramid is still today the world’s most perfectly aligned structured to true north, and that its Descending Passage points upward toward the celestial polar axis.

A freely swinging suspended pyramid model, even of non-magnetic material such as cardboard, will automatically orient itself to magnetic north.

A pyramid model’s performance is at times affected by its location. There are certain places on the Earth’s surface which are energy-dampening and energy amplifying. Either one can affect pyramid energy, usually nullifying the results sought after. Experimenters have sometimes had to move their pyramid models to new locations—from a few feet to several miles—in order to get best results.

Pyramid models should be placed at least six feet away from all electrical apparati, windows and radiators.

Pyramids placed inside rooms with a lot of electrical circuitry, machinery or large metal objects or sheeting will not perform well, if at all.

Pyramid energy does not operate uniformly inside or outside a pyramid model. There are certain areas of high and low concentration.

A weak field surrounds all pyramids. For a pyramid 4 inches high, it may reach outward 6 to 12 inches; for a 6-inch pyramid, it can extend 2 feet.

One interesting phenomenon that can be observed using dowsing rods to measure the energies is that if you place a pyramid model in a location and immediately dowse around it, very little energy seems to emanate from it. Let the model sit and after a few minutes a definable field is detected. If the pyramid model is then removed and placed elsewhere and its field measured, nothing again is found around it. But return to the place where the model was previously, and the field is still present and detectable. However, after a few minutes’ time, the energy pattern begins to dissipate, and its energies can be dowsed moving in a straight line—a ley line?—toward the pyramid model’s new location, where its field slowly builds up anew.

Energy flows up and down along the outer edges of a pyramid model. It is weakest in the centers of the side panels.

The apex of the pyramid has one of the highest concentrations of energy. Energy appears to flow both upward and downward through the apex. A beacon of up-flowing energy can be detected ten feet above the apex of a one-foot high pyramid.

A truncated pyramid—a pyramid with the apex cut off and left open—generates a more intensive down-pouring of energy than a pyramid with the apex left in place.

As noted previously, the point inside the pyramid one-third up from the base and directly below the apex is the major energy center.

Energy is also concentrated, though to a lesser degree, at the center of the pyramid base.

Another energy center is located directly below the center of the pyramid base. In a one-foot high pyramid model, this center can be located at 4 to 6 inches below the base.

Energy is generated a good distance below a pyramid as extensions from the corner edges. A small pyramid model suspended from the ceiling becomes the capstone for an invisible larger pyramid, and can be used like a large pyramid.

The different energy centers in a pyramid produce different results. Plants grow best at the base and one-third levels, but not at the apex or corners. Razor blades, however, will sharpen in a pyramid only at the one-third level. In the same way, materials placed directly below the pyramid apex read differently than when placed directly above it.

It is becoming increasingly apparent that the energy inside the pyramid model is associated with the energies of the human mind. This is essentially the reason why pyramid energy works for the believer and not for the skeptic. Human psycho-emotional energy aids or interferes with pyramid phenomena, and it is impossible to shield out. The experimenter is an integral part of the experiment.

The key to pyramid energy, we noted, is the pyramid shape. A pyramid made out of practically anything will work. However, the energy output is enhanced by using certain materials.

Different materials will create different energy intensities. Metals produce sharper, stronger, harsher energy, while organic substances produce softer, gentler energy.

Recommended metals to use, in descending order of preference, are: gold, gold alloy, solid copper, copper foil, copper plated brass, brass, pure silver, silver plated, nickel plated, antimony, titanium, stainless steel, aluminum, aluminum foil. The last two can create build-ups of positive ions, and should be avoided if possible.

Recommended organic or non-metal materials to use, in descending order, are: cardboard, wood, glass, silver mirror, special non-static plastic.

The use of plastic as a covering for pyramid models is not recommended, not because a plastic pyramid will not work, but because of an electrical side-effect. Plastic tends to build up positive ions over a period of time, which can be harmful to well-being. The effects of pyramid energy are thus neutralized.

Pyramid energy can be increased in intensity by layering the sides and base of the pyramid model with alternating layers of inorganic and organic materials, similar to what is known as an orgone box. Good results have been obtained with cardboard or wood with copper foil, or wood with silver plated sheets. Some experimenters warn, however, not to layer more than two or three combinations deep. Otherwise the energy intensity can become so great as to be harmful.

Electroplated metal layering have also been successful in enhancing energy effects, with gold, silver, copper and titanium platings in various combinations working the best.

Pyramid energy can be improved by adding a capstone of gem or semi-precious material. The best are reported to be: quartz, emerald, amethyst, lapis lazuli, ruby, peridot. Each produces its own individual qualities and phenomena.

Solid pyramids made of these same materials also produce dramatic effects, as do pyramids of various types of stone, including alabaster, marble, onyx, basalt, granite, obsidian, greenstone.

A mirrored pyramid—a model with inside panels of highly reflective materials—also enhances the energy, which may indicate that pyramid energy has some of the properties of light. A mirrored pyramid reflecting different colors of lighting also produces different effects.

A metal pole attached to the base and extending through the center of the pyramid to just above the apex, or simply a pole added to the apex, also increases the pyramid energy output.

Phenomena Associated With Inorganic Materials

One of the most publicized experiments with pyramid models involves their ability to sharpen razor blades. A pyramid model is set up in the standard procedure, aligned with magnetic north, and a dull razor blade is placed one-third up inside the model from the base, directly below the apex. In addition, the blade edge is aligned in a north-south direction. By this process the dull blade will be re-sharpened, and can be used over and over again simply by returning it in the pyramid for a twenty-four hour period. One idea is that the crystalline structure at the blade’s edge is somehow realigned or even grown back to its original configuration because of the pyramid energy working upon it.

Using the above process, one experimenter got over 200 shaves out of one single-edge blade. He kept placing the blade inside a pyramid model immediately after each use and kept it there.

Another experimenter, with his pyramid, used only 80 razor blades shaving every day for 27 years. That works out to an average of 123 shaves per blade.

The re-sharpening also works on other types of shaving blades. One man used the same two-track blade for nine months with a pyramid.

When a blade is placed in a pyramid model, it does not need to lay flat. It can be stood upright or at any other angle. The one important element is that, whatever the angle, the edge must remain parallel to a north-south axis. Otherwise it will not work.

In some razor blade experiments, investigators have noticed a cycle of about 25 to 28 days. The blades are continually re-sharpened in this period, but then follows 1 or 2 days during which the blades remain dull, giving poor shaving results. Then they return to sharpness for another 25 to 28 days. Investigators believe the cycle is somehow affected by the Moon.

One experimenter found that a pyramid’s ability to re-sharpen blades is increased by first putting the blade under hot water for 30 seconds before placing it in the pyramid. It may be that the heat increases the molecular readjustments stimulated beneath the pyramid.

It has been noted that the same number of shaves gotten from a blade placed inside a pyramid can be obtained by simply rinsing a blade with water treated by a pyramid after every shave.

Pyramid treatment improves the tensile strength of metals. It is known that water molecules wedged among metal atoms can reduce the strength of steel by 22 percent. A pyramid appears to have the ability to drive the water molecule out.

A pyramid helps maintain the sharpness of not only razor blades, but also knives, scissors and even electric razor heads.

A X-acto cutting knife was kept inside a pyramid model for three years, and though it was used extensively, the knife never needed a new blade.

A pyramid helps to take rust off metal objects. If a metal object with hardened rust deposit is placed inside a pyramid, after several days the rust will easily rub off.

Tarnished coins, after being inside a pyramid, are easier to clean.

Pyramid tarnish removal works best on silver, copper and steel.

A pyramid can also retard the tarnishing of metal objects kept inside it. However, it cannot completely prevent the process.

The characteristics of water are significantly changed by a pyramid. For treating water, place inside a pyramid model about 15 minutes minimum for every 8 ounces or 1 cup. This works out to one half hour for a pint, and one hour for a quart. No longer time periods are needed—the water is transformed, and further treatment has no added effect.

What is more, once water has been treated, the effect is permanent. It will not return to a normal state.

Pyramid water can be diluted also, down to 2 parts plain water and 1 part pyramid water, and the liquid will exhibit the same properties as if it was full strength.

Water, inside a pyramid, evaporates faster. Two 100 milliliter graduates were filled with water, and one was placed inside a pyramid, the other in a box. Overnight, the box graduate lost 12 ml, but the pyramid graduate lost 17 ml.

Another test was conducted with 250 grams of pyramid-treated water, and 250 grams of plain water. After 15 days, the pyramid water had lost 15 more grams than the plain. It was suggested by the experimenters that, as a result of being subjected to a pyramid, the hydrogen-oxygen atoms of water are spread farther apart, resulting in less surface tension and thus more susceptibility to evaporation.

When a droplet of plain water is dropped into purified water, it forms tiny spheres that remain on the surface. When pyramid water is dropped in purified water, it has less shaping ability. Again, this is indicative of less surface tension being present.

A container of distilled water was placed in a pyramid, another in a box, for four weeks. A drop of each was then placed on a glass coated with mink oil, a substance impervious to oxidation. The drop of pyramid water was 50 percent flatter. The experimenters believe this indicated that the H-OH bond in pyramid water has been loosened by the addition of energy.

Pyramid water, put on a smooth surface, quickly beads and evaporates. It will not streak or run, like plain water.

More bubbles appear in pyramid water than ordinary water.

When pyramid water is frozen into cubes, the ice is clearer than with ordinary frozen water.

Pyramid-treated water when frozen melts in 22 percent less time than normal frozen water, under identical conditions. Polluted water, placed inside a pyramid, more rapidly clears than left standing elsewhere. The particle pollutants are filtered out and settle to the bottom, while water-chemical bonds are broken down and separate faster than in ordinary water.

A water sample containing traces of zinc and copper, sealed in a glass tube and placed in a pyramid, was completely purified in 14 days.

When water evaporates out of a glass of ordinary water, it leaves rings of mineral deposits evenly distributed. But in a glass of water placed near the south face of a pyramid, the mineral deposits gather on the side of the glass next to the pyramid.

Sodium hydroxide pellets will absorb less water when inside a pyramid than will control samples placed in boxes.

Tap water was placed inside a pyramid for 24 hours. Then when tested with a mass spectrometer, it was discovered that the normal chlorine and fluoride impurities were gone, and that the water’s molecular structure had been altered.

Water droplets sometimes appear in the southwest corner of a large pyramid model or structure, but nowhere else outside or inside. This will occur even on hot, dry days when there has been no rain or high humidity.

Cigarette smoke in a pyramid does not layer or stagnate. It dissipates and disappears, as if the air is constantly being filtered out.

A large wire frame pyramid has been observed to keep the air smog-free in the atmosphere around it.

Peroxide energized by a pyramid for 8 hours, when mixed with a selected tint, produced greater depth and color for hair. When pyramid water is then used as a rinse, it eliminates uneven bleaching and makes hair shine and curl better.

Vitamins and minerals increase their potency by being placed inside a pyramid. They also maintain their potency longer when continually stored inside a pyramid.

Aspirin and other medicines are reported to work better and faster in the digestive system after having been placed inside a pyramid. Fewer upset stomachs and other side-effects have also been noted.

Any paint within a pyramid will generally bind better, flow easier and last longer.

There is a group of solvents for paints known as aromatic solvents which cannot be used with electrostatic paint-spray equipment, because they are non-polar and carry no charge. One industrial user, however, placed aromatic solvents inside a pyramid for 4 weeks. The solvent now has a 20 micro-amp charge and can be used by an electrostatic sprayer. The user then placed regular polar solvents, called keytones, inside a pyramid and discovered their charge had increased from 20 to 50 micro-amps, and are now easier to apply with sprayers.

Gasoline stored inside a pyramid will produce better mileage. Fuel oil likewise will provide better warmth and greater efficiency.

Crystals, grown inside a pyramid and using super saturation-evaporation processes, show a high frequency of odd striations and distortions, optical and color and piezoelectric effects, as well as screw-like orientations.

Black jade, lapis lazuli and opal increase in luster and reflection after a few hours inside a pyramid.

Air, Heat, Light, Gravity, Electromagnetic and Radiation Phenomena

As air flows around a solid pyramid form, the sloped sides conduct air current up from the base and dissipates more than 80 percent of its energy into the air above. A kalliroscope is an instrument containing perchlorethyleme, a liquid sensitive to heat, which shows heat-flow patterns and intensity of changing color and shape. Left by itself, with no heat source acting upon it, the liquid shows random patterns. After a half hour inside a pyramid, straight lines had formed across the liquid, the lines pointing north-south. When a magnetic lodestone was placed with the liquid inside the pyramid, the liquid line pattern disappeared, and it returned to its normal, random arrangement. When the lodestone was taken out, the north-south pointing lines formed again.

Take a teaspoon of salt and divide it in half. Place one half in a glass and dampen with tap water. Place the other half in a separate glass and dampen with pyramid-treated water. Let both samples evaporate. Take a pinch of salt from each sample and sprinkle on a candle flame. The second sample, subjected to pyramid-treated water, will cause the flame to burn brighter and longer, with color differences apparent, indicating an effect on heat output.

Photographic film was suspended in a pyramid model, placed in a darkroom for 48 hours. After being developed, the film showed strange patterns, including wavy lines and splotches.

A light meter registers the presence of light in a completely darkened 12-foot pyramid. On taking the meter outside, however, the meter refused to operate, even in light.

Take a wool string, attach it to a pyramid model’s apex point and support the string on posts coated with bakelite. Dim the light until the model is barely visible. Using peripheral vision, one can usually see a faint glow surrounding the string, but not on the posts.

A balance on a fulcrum was constructed in such a manner that one arm was within a 16-foot pyramid model, the other arm was outside. On each arm identical metal objects were placed, each weighing exactly 9.5 lbs. Within 24 hours the weight inside the pyramid lost 1.5 ounces. In other experiments, iron weighing 1.094 grains—437.6 grains per ounce—lost 3.3 grains in 2 hours, 5.1 grains in 11 hours. Soft aluminum weighing 1.004 grains was lightened by 5.2 grains in 14 hours. Yet an aluminum alloy weighing 755 grains neither lost nor gained weight in 12 hours. Significant weight changes were also apparent for sealed organic materials, such as sugar and plastic. These weight reductions were not caused by moisture loss.

The above experiment was repeated, but instead using rotating gyroscopes. The results were a gradual increase in the weight of the gyros when spun clockwise, and a decrease in weight when spun counter-clockwise.

A gyroscope placed on top of a pyramid will move radically different from one that is rotating under normal conditions.

Flashbulbs will not function if they are left unused over a long period of time. But after being placed inside a pyramid for 40 minutes, the bulbs were again usable.

A pyramid grid was placed overnight on top of a lampshade, directly over the lamp light bulbs. In the morning when the light was turned on the bulbs exploded.

A 12 x 12-inch brass pyramid frame was put over another lamp for the same period. When the light was switched on no explosion occurred. However, the light filament inside the bulb was burned out.

In several tests, on the average a flashlight outside a pyramid gave five to six hours of light, but a flashlight kept inside a pyramid gave twelve to fifteen hours of light.

New flashlight D batteries were charged and then left to sit for one month until they were dead. The batteries were then placed inside a pyramid for 24 hours. Put into a flashlight, the batteries produced 25 percent brightness of one hour. They were returned to the pyramid for 48 hours, after which they produced 25 percent brightness for two hours. The batteries were then placed back inside the pyramid for one week. When they were put into the flashlight and turned on, the bulb burst.

Four flashlight D batteries were placed in a charger for 24 hours. Two were then left to sit on a shelf and the other two were put inside a pyramid for one week. Both pair were then placed in flashlights and left on for four hours. Both pair sat idle for another week. At the end of a week the regular batteries were leaking acid and would not work. The pyramid batteries on the other hand were intact and lit up to 50 percent brightness. They continued to work for one hour every day for five days.

In another test, several C batteries were put in a pyramid, others were left out. When tried every day over a period of two weeks, the regular batteries’ voltage first fluctuated then decreased slowly. The pyramid batteries’ voltage rose significantly, then suddenly fell off on the last day. The experimenter linked the voltage drop-off in the pyramid batteries to changes in either the Moon or planetary alignments.

Magnetic compass readings were made on the outside of a steel pyramid with a 14-inch base. At the base edges the compass registered neutral. At all the corner edges the compass turned south, up to two-thirds distance toward the apex. In the upper third on up to the apex the compass turned in radical deviations.

A compass was placed below a steel pyramid and showed a disorientation of 38 degrees. When five pyramids were put above, in a tower configuration, the needle turned 90 degrees out of north.

Voltage readings were made on a pyramid to which wires were attached to one corner and the apex, each wire leading to copper plates. The voltage when the pyramid was not aligned with north registered 0. When aligned to true north–8. Aligned to magnetic north–9. Aligned to magnetic north with a solid base plate added–15. Aligned, base plate added and with an aluminum tip at the apex–17. Aligned, base plate, tip, and with magnets placed at the north and south ends of the pyramid base–19.

Continued readings of the pyramid’s electrical potential showed significant increases during the time of the Full Moon.

A voltage gradient uses the ground as one plate and the ionosphere as the other, and measures atmospheric electrical intensity patterns. Objects, under normal conditions, at ground level are impressed with 110 volts. But inside a pyramid, objects receive no impression. The pyramid acts as an insulator, and there is no voltage gradient for anything contained within.

On the outside of a pyramid, however, the voltage gradient can be significant. For the Great Pyramid, for example, standing 481 feet tall, the field gradient can produce a static charge of electricity between 18,000 and 20,000 volts.

Tests were made using a magnetometer, or magnetic field analyzer, in a frame pyramid with a base length of 20 inches. The experimenter found marked changes in gauss readings at different locations within the pyramid, which is not supposed to happen under normal conditions. Increased readings took place along the edges, with one of the highest recorded near the apex, and the lowest at the base. By adding a magnet inside the pyramid, the gauss measurements increased throughout the pyramid, but with the same range of differences. The southeast corner appears to also be a high energy center, at times measuring stronger gauss strength than even the apex.

A quartz crystal was connected through a small capacitor to a standard alternating current voltmeter, with a lead serving as a probe. Significant jumps in voltage took place as the probe approached a cardboard pyramid. This occurred when the probe was moved toward the area below the apex and at the base, and when the pyramid was aligned rather than unaligned with magnetic north.

A razor blade was placed inside a 6-inch cardboard pyramid. Two 5-inch alnico 300 gauss magnets were placed on either side of the pyramid. The blade was resharpeneded when it was aligned with the magnets, even when the blade and magnets were at right angles to magnetic north.

One end of a copper wire is attached to the edge of a pyramid, and the other to a plate of copper or aluminum. So set up, the plate can act as a pyramid. It can change water, charge batteries, sharpen blades, etc. It will also work using ordinary string, a supposedly non-conducting material.

An aluminum plate, anodized, and charged with 100,000 volts of static electricity, also has the same properties as a pyramid to sharpen blades, etc. The one difference, however, is that the plate will eventually lose this ability in time, while a pyramid will not.

The effectiveness of pyramid energy measured by changes in the radiation output of a gamma ray source (Manganese 54), placed within various locations inside a pyramid model, has produced the following indications:

1. The energy is not constant. There appears to be a general annual cyclic variation, peaking on June 4 and becoming minimal on December 4. March 3 and September 3 are times of an energy alteration, or a flux change, when the energy registers near zero.

2. The King’s Chamber area (the one-third level from the pyramid base) exhibits this full range of fluctuations and alterations, with a positive influence on matter manifesting between March 3 and September 3, and a negative influence taking place during the rest of the year.

3. In contrast, the Queen’s Chamber area (at the one-fourth level from the base) is a neutral zone in the pyramid, where all energies remain constant and balanced.

4. The Pit Chamber area (at the base level) undergoes energy variations somewhat like the King’s Chamber position, but the overall energy level is reduced.

5. The apex of the pyramid is always positive. Even after September 3, when other areas go negative, the very top or capstone area of the pyramid drops only to a quiescent positivity.

6. Other fluctuations that take place are caused by phases of the Moon—with the Full and New Moons exhibiting the greats influences, peaking and dipping respectively—lightning storms, earthquakes and solar storms.

A laser beam was directed into the west side of a solid glass capstone placed atop a glass paneled pyramid model with one-way mirror reflectors. The laser beam was first refracted, then reflected downward onto the south side of the gabled roof of a miniature glass King’s Chamber. From there it was reflected to the south side of the pyramid and again reflected, entering the model King’s Chamber as a horizontal ray. Researchers believe this represents the actual flow of tachyons or faster-than-light particles, which approach the Earth and the Great Pyramid from the west. Using a model pyramid with slightly indented sides, as has the Great Pyramid, the laser beam is further focused at the King’s Chamber level, and the Chamber area becomes the center for light accumulation, glowing red in color.

Bio-Energy Phenomena

A hand-held pendulum of a dowser, when suspended over the apex of a pyramid, will begin to swirl. The direction of turn will be either left or right, depending on the holder’s inner personal program and code.

As a dowsing pendulum is lowered over a pyramid, its gyrations will widen so that it will not touch the pyramid sides.

A dowsing pendulum will swirl several feet above even a small pyramid model, indicating the presence of an up-flow of energy from the pyramid apex.

As a dowsing pendulum is suspended over a pyramid model’s edges, there is a pulling force felt on the pendulum. The same force is absent when the pendulum is suspended over the pyramid’s sides.

A dowsing pendulum, suspended and slowly moved toward a pyramid on the horizontal, will begin to hang out of plumb away from the pyramid as if being resisted by thicker air.

Dowsing rods, consisting of two metal L-shaped rods that can be made from coat hangers or welding rods, are held one in each hand, parallel to one another. As the rods are extended by the holder over the apex of a pyramid, the rods will cross.

Dowsing instruments detect the greatest intensity of energy in a pyramid just above and just below the pyramid’s apex. There are also some responses from the edges and in the lower third portion of the model.

In one experiment working with a group of dowsers, a small pyramid model was buried in sand at a beach and carefully covered up to hide its location. The dowsers were able to accurately detect it and identify what it was, because the pattern of energy they found was a large X, which was the energy of the apex and sides rising up to the surface from below. As the old saying goes, X marks the spot.

A pyramid model can nullify the emanations from an underground water source, sometimes called noxious rays, as detected by dowsing.

A dowser, concentrating on a pyramid model, will find that his or her rods will point in the model’s direction. A pyramid can thus be used as a dowsing beacon or locater.

One end of a copper wire is attached to and connects several pyramid model apexes. The other end is wound around a metal pipe. Wherever the pipe is pointed, a dowser can pick up a beam of energy coming out of it, as far as three miles away.

As noted previously, dowsing rods will react for several minutes in a place where a pyramid has been, after the model has been removed to a different location. Slowly, however, the energy matrix will dissipate and after about half an hour the rods will no longer react over the empty space. The larger the pyramid model, the longer the dissipation time.

Place your index finger in the space where the pyramid had been previously, and the dowsing rod held in the other hand will point to where the pyramid is now. The reverse is also true: hold your finger on the pyramid apex, and the rod points back to the old pyramid location, as long as the energy pattern remains. However, if the pyramid model is turned out from its standard north-south alignment, this dowsing connection will be broken.

The pattern of energy emanating from a human body as can be detected by dowsing instruments changes dramatically when a pyramid is either suspended over the person or placed directly on their head.

Kirlian photography is a process whereby pictures are taken of objects placed in a high frequency electric field. The results reveal an aura of colored lights gushing and swirling around all living things, or from inanimate objects having been held by the hands for several minutes. After a person has been in a pyramid structure for 15 minutes, it causes significant changes in the Kirlian aura to occur. A fingertips photographed show brighter colors, and an aura cloud about the finger that is more even in size and intensity, completely solidified and lacking in broken patterns. Experimenters in the Kirlian techniques recognize this to be indicative of a greater energy output and balance in a person’s body.

A freshly cut leaf, when pictured by Kirlian photography, over a space of several hours shows the energy aura and life flows and flashes slowly diminishing and going out, until the leaf is dead. Just before death, however, if the leaf is placed in a pyramid, the aura flares and flashes increase dramatically, and the life energy remains for a longer time.

If a person holds in their hands metal plates that have been inside a pyramid, and then has their hands Kirlian photographed, they will show the same changes in energy emanations as if they had been inside the pyramid themselves.

A pyramid subjected to Kirlian photography shows a strong light form emanating from the pyramid apex, and along its sides.

Mechanical Phenomena

A wind-up clock was wound too tight and would not run. It was placed inside a pyramid for 24 hours, after which the clock was found to be run down, the hands moved. When the clock was re-wound, again it would not work. Placed once more in the pyramid for 24 hours, it was again found run down, the hands moved. Outside the pyramid no amount of winding could activate the clock. It worked only in the pyramid.

Another wind-up clock, this one in excellent working condition, was placed in a pyramid model, wound tight. After 24 hours the clock was found to have kept time well. But the rewinding only took two turns to tightness, when normally it took seven turns for the same time-length to wind down outside the pyramid.

Still another wind-up clock was placed in a pyramid, wound tight. After 22 hours the hands of the clock had moved, and showed the correct time, but the clock was still wound tight.

One end of an antenna wire was attached to the apex of a pyramid, the other attached to an AM radio. Curious static patterns were recorded. When a second pyramid was suspended over the first, the static patterns increased.

A pyramid was placed on top of a TV set with a rolling picture for 24 hours. After the pyramid was removed the picture stabilized and remained that way.

A pyramid of .010 aluminum plate was suspended above a black-and-white TV with poor reception. There was no immediate difference. Over a two-week period, however, the reception slowly improved. There was no significant change in weather during that time.

An aluminum pyramid was suspended over a color TV with reception good only on one of two channels. When a wire was fastened from the pyramid apex to the TV lead-in, and another wire was attached from the lead-in to a roof antenna, two more channels came in perfectly, but the original two channels came in poorly. The pyramid was next hooked up without the roof antenna. All the channels then came in strong, but with strange color shifts.

A man brought a 12 x 12 brass rod pyramid frame onto a TV talk show. Both studio cameras on the set failed to function, and continued not to work until the pyramid was removed from the stage.

Electric motors, kept in a pyramid, are reported to run smoother, and longer, with less repair.

A care was parked nightly beneath a pyramid suspended in its garage. The owner drove it 156,000 miles with no repairs, and never changing the oil or filter. He only had to add lubrication to the brakes. He sold the car in good condition after six years.

A pyramid model was placed in a 1966 Jeep Wagoner. Prior to this the hydraulic valve lifter needed fixing, making a clattering noise as the car ran. After one week with the pyramid, the lifter clatter ceased, the car ran perfect, with more power and better mileage.

An 8 x 8-inch wire pyramid frame was put on the dashboard of a 1970 Volvo. At the time the stick-shift was stiff and a gnashing of gears occurred during shifting. A mechanic had advised an overhaul. Two weeks later, with the pyramid, the problems disappeared--the stick became freer to move and the gnashing had stopped. Next, the differential began making noises. The mechanic predicted an imminent breakdown if the problem was not corrected. But six years and 40,000 miles later there have been no further problems, either with the differential or any other failure. The car also got better mileage than before.

One owner placed a pyramid on his car’s dashboard. The car is capable of only 19 miles to the gallon, but by concentrating on the pyramid model, the owner was able to drive on two gallons for a distance of 83 miles, before the car finally stopped.

[Copyright 2009. Joseph Robert Jochmans. All Rights Reserved.