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How Electronic Gem Therapy Works
Electronic Gem Therapy uses technology to vibrate gem stones. This causes the gems to substantially increase their energy output. The same principle is at work in an electric lighter. We push the button with our thumb. This pushes the crystal in the lighter and a spark of energy is discharged lighting the gas.
In addition, if we vibrate the gems at biological rhythms, it harmonises the gem energy with living tissue and greatly increases the transfer of energy.
Finally the colour of the vibrating gem controls the type (or frequency) of energy given off. For example ruby (red) is hot and energising, whilst emerald (green) is cold and calming.
A More Detailed Scientific Explanation
Electronic Gem Therapy uses the dielectric properties of crystalline precious gem stones to induce energy into adjacent objects by sympathetic resonance.
The gem stones are contained inside a special chamber inside the low voltage lamps and the gems are electronically excited to resonate with low voltage electronic pulses.
The lamps are actually transducers and the light bulb and colour filter are not essential for the transducers to be effective though they also help target specific areas.
Piezo electricity relates to the electrical charges in certain crystals when they are subjected to manual pressure (squeezing and tapping etc) and conversely to the conversion of electrical stress into mechanical strain. Piezo is from a Greek word meaning pressure. The Piezo Electrical (P.E.) effect of quartz crystal is a scientific principle, used in television, radio and medical equipment eg. Ultra sound and ultra sonic therapies make use of the natural P.E. effect of quartz and other crystalline substrates. For the P.E. effect to function the crystal must be connected in circuit with wires so that the kinetic energy is transformed into electron flow and thus dissipated within the circuit.
This inter relationship of mechanical vibration and electrical oscillation makes the P.E. crystal a suitable vehicle for conversions between electrical and sound energies, particularly where sensitivity to high frequencies is desired. This principle is well known and was widely used in early radio and television sets. Loud speakers used a moving coil instrument to reproduce lower audible frequencies in conjunction with a crystal movement to respond to the upper frequencies, this generated an improved response over a wide frequency band. In the early electrical gramophones the P.E. crystal acted as a link in sound reproduction and in the field of telecommunications, the P.E. phenomenon was applied to improve methods of frequency and stability.
A number of crystalline materials possess the P.E. property but with the possible exception of tourmaline, quartz is the only mineral in which this property can be put to practical use for the purposes stated above.
Liberating the electrical charges when the crystal is stressed is a function of electrical asymmetry within the atomic groups of which the crystal is built. Inside the crystal the constituent atoms are arranged in a definite pattern which is repeated at distances having atomic dimensions. Silicon and oxygen are arranged with respect to each other to produce silicon dioxide (S102). Positive charges are shown carried by silicon atoms (+), negative charges by double oxygen atoms (-).
Electronic Gem Therapy uses technology to vibrate gem stones. This causes the gems to substantially increase their energy output. The same principle is at work in an electric lighter. We push the button with our thumb. This pushes the crystal in the lighter and a spark of energy is discharged lighting the gas.
In addition, if we vibrate the gems at biological rhythms, it harmonises the gem energy with living tissue and greatly increases the transfer of energy.
Finally the colour of the vibrating gem controls the type (or frequency) of energy given off. For example ruby (red) is hot and energising, whilst emerald (green) is cold and calming.
A More Detailed Scientific Explanation
Electronic Gem Therapy uses the dielectric properties of crystalline precious gem stones to induce energy into adjacent objects by sympathetic resonance.
The gem stones are contained inside a special chamber inside the low voltage lamps and the gems are electronically excited to resonate with low voltage electronic pulses.
The lamps are actually transducers and the light bulb and colour filter are not essential for the transducers to be effective though they also help target specific areas.
Piezo electricity relates to the electrical charges in certain crystals when they are subjected to manual pressure (squeezing and tapping etc) and conversely to the conversion of electrical stress into mechanical strain. Piezo is from a Greek word meaning pressure. The Piezo Electrical (P.E.) effect of quartz crystal is a scientific principle, used in television, radio and medical equipment eg. Ultra sound and ultra sonic therapies make use of the natural P.E. effect of quartz and other crystalline substrates. For the P.E. effect to function the crystal must be connected in circuit with wires so that the kinetic energy is transformed into electron flow and thus dissipated within the circuit.
This inter relationship of mechanical vibration and electrical oscillation makes the P.E. crystal a suitable vehicle for conversions between electrical and sound energies, particularly where sensitivity to high frequencies is desired. This principle is well known and was widely used in early radio and television sets. Loud speakers used a moving coil instrument to reproduce lower audible frequencies in conjunction with a crystal movement to respond to the upper frequencies, this generated an improved response over a wide frequency band. In the early electrical gramophones the P.E. crystal acted as a link in sound reproduction and in the field of telecommunications, the P.E. phenomenon was applied to improve methods of frequency and stability.
A number of crystalline materials possess the P.E. property but with the possible exception of tourmaline, quartz is the only mineral in which this property can be put to practical use for the purposes stated above.
Liberating the electrical charges when the crystal is stressed is a function of electrical asymmetry within the atomic groups of which the crystal is built. Inside the crystal the constituent atoms are arranged in a definite pattern which is repeated at distances having atomic dimensions. Silicon and oxygen are arranged with respect to each other to produce silicon dioxide (S102). Positive charges are shown carried by silicon atoms (+), negative charges by double oxygen atoms (-).
Figure one) shows an isolated atomic group where "A" is the unstressed crystal: positive and negative charges (associated respectively with the silicon and oxygen atoms) are coincident and the material is electrically neutral. In case "B" if the group undergoes a tensile stress, atoms are displaced. The center of action of the three positive charges, moves away from the center and an electrical moment results. This separation of charges exists for all the atomic groups within the crystal, the net result being the appearance of charges at the external boundaries along a particular axis. The polarity is reversed on the application of a compressional stress, i.e.; an alternating voltage results from "pushes and pulls".
Resonating crystalline substrates dissipate their energy by dielectric transference, inducing it into adjacent objects and the environment. Adjacent substrates, such as living tissue will resonate in sympathy with the crystalline substrate. The frequency and intensity of the energy induced into adjacent objects and the environment is dictated by the type, size, colour and atomic composition of the crystalline substrate used. The frequency and intensity of the transferred energy can by further electronically modulated with biologically desirable and undesirable frequencies throughout the electromagnetic spectrum.
As stated the frequency of the energy induced is dictated by the gem used. For example, ruby has a resonant frequency wave length of around 625 nanometres and the energy emitted is hot, whereas, emerald has a frequency of around 565 nanometres and its energy is cold.
Lasers are a dramatic example of the power of gem stones, however it must be pointed out that ruby lasers use extremely high power levels, whereas Electronic Gem Therapy uses 12 volt lamps and are completely safe.
© Bridgman 2001. Bibliography. Whale Dr. J. The Catalyst of Power - The Assemblage Point of Man; Findhorn Press 2001. Renton. R.N. - Telecommunication principles : Pitman. 1950
Safety
Electronic Gem Therapy is completely safe.
Most of the infra-red and all of the ultra violet wavelengths are filtered out by dichroic and soda-lime glass filters. Therefore, the light beam is low intensity and cool. You ingest nothing so there are no side effects.
The transducer lamps run on up to 12 volts and use around 25 watts of power so they are completely safe from an electrical point of view.
The electromagnetic radiation emitted from the lamps is a mere 4 to 8 milligauss at a distance of 5.0 centimetres. This compares to a lady's electric razor or cassette tape player which typically has radiation levels of 150 milligauss at 5.0 centimeters.
The Electronic Gem Therapy instrument conforms to the following standards and thereby conforms to the protection requirements of the Council Directive 89/336/EC relating to electromagnetic compatibility and the Council Directives 73/23/EC (93/68/EC) relating to electrical safety.
* Approved to BSEN60601-1-2 Class 11A/B.
* EMC Emissions & Immunity compliance tested to EN60601-1-2:1993.
* Safety Tested to EC Low Voltage Directives to EN60601-1:1990/A13:1996
* Safety Tested to EC Low Voltage Directives to EN60601-1-1:1993/A1:1996
Resonating crystalline substrates dissipate their energy by dielectric transference, inducing it into adjacent objects and the environment. Adjacent substrates, such as living tissue will resonate in sympathy with the crystalline substrate. The frequency and intensity of the energy induced into adjacent objects and the environment is dictated by the type, size, colour and atomic composition of the crystalline substrate used. The frequency and intensity of the transferred energy can by further electronically modulated with biologically desirable and undesirable frequencies throughout the electromagnetic spectrum.
As stated the frequency of the energy induced is dictated by the gem used. For example, ruby has a resonant frequency wave length of around 625 nanometres and the energy emitted is hot, whereas, emerald has a frequency of around 565 nanometres and its energy is cold.
Lasers are a dramatic example of the power of gem stones, however it must be pointed out that ruby lasers use extremely high power levels, whereas Electronic Gem Therapy uses 12 volt lamps and are completely safe.
© Bridgman 2001. Bibliography. Whale Dr. J. The Catalyst of Power - The Assemblage Point of Man; Findhorn Press 2001. Renton. R.N. - Telecommunication principles : Pitman. 1950
Safety
Electronic Gem Therapy is completely safe.
Most of the infra-red and all of the ultra violet wavelengths are filtered out by dichroic and soda-lime glass filters. Therefore, the light beam is low intensity and cool. You ingest nothing so there are no side effects.
The transducer lamps run on up to 12 volts and use around 25 watts of power so they are completely safe from an electrical point of view.
The electromagnetic radiation emitted from the lamps is a mere 4 to 8 milligauss at a distance of 5.0 centimetres. This compares to a lady's electric razor or cassette tape player which typically has radiation levels of 150 milligauss at 5.0 centimeters.
The Electronic Gem Therapy instrument conforms to the following standards and thereby conforms to the protection requirements of the Council Directive 89/336/EC relating to electromagnetic compatibility and the Council Directives 73/23/EC (93/68/EC) relating to electrical safety.
* Approved to BSEN60601-1-2 Class 11A/B.
* EMC Emissions & Immunity compliance tested to EN60601-1-2:1993.
* Safety Tested to EC Low Voltage Directives to EN60601-1:1990/A13:1996
* Safety Tested to EC Low Voltage Directives to EN60601-1-1:1993/A1:1996
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