Tetrahedron Resonance

[This is a document never released as the model was backwards.
Radiant Light travels in a straight line and EM field photons travel in circles.
To create EM fields we must use radiant photons and pull them into electron shells to raise the E field.
Radiant light is a scalar cancelled linear force, and EM is a circular force.
Document does contain some intresting questions as to crystals.]

The model for magnetism under "magnetricity" failed during experiment, which led to the Light Techonology experiment and opened a new line of investigation.
This article was the begining of the search for aquiring power from the legs of the tetrahedron.


Ever since the experience of the ZPE coils and the realization that there is ample energy around us everywhere, I have been drawn to discovering just how this energy present, in oppositely spinning atoms of Copper can be harnessed to produce a linear flow. In order to channel a spin force into a linear force we can look at the steam engine. The cylinders are kept out of phase and thus the dead spot on reversals is overcome by the state of the secondary spin interacting. [Dr Pajak] Applying this to electricity and torsion we can have several resonant circuits interacting at various angles and phases.

Why does putting pressure on a crystal lattice create a voltage? We do not need the crystal in our devices if we can harness the basic principle that crystals present to us. Pressure [or tempic field] can create a voltage at the nodes or vertexes of the form created by four atoms sharing electrons. There is a current flow between the electron shells as electrons are shared between them. Does the tempic field set this resonance off balance to produce a one way or linear current in crystals? Crystals are our model, but understanding the principle is the key to better designs.

Tetrahedron Graphic
The tetrahedron or star tetrahedron as an energy conversion system.
System was suggested by Kosol Ouch [intuitive] and first built by John Nelson developing random voltages as high as 30 volts on Yahoo Kosol Groups.
This document is presented as an in depth study and support material for designing a reliable system.


If resonance is achieved of all three of the field forces in one coil then a totally psychic energy substance will form, that can be directed with mind. [Wilbert Smith]
Wilbert suggested a coil with correct spacing between windings on a ferrite core. Kosol suggests a tetrahedron form.
Reciprocator Graphic

To get any appreciable electrical current from the design we recognized that resonance would be important. Each leg of the tetrahedron would be set into resonance of as many energy forms [TEM] as possible such that no energy is lost. Tempic field is then considered to bring the system to Over Unity emulating the structure of crystals. 6 phase resonance of some kind would result with a tempic skew vibration, and also a precessing magnetic field of some sort. A circuit that feels and acts like a crystal would be the result.

Resonance of EM fields is well understood and both parallel and series resonance can be studied to set up each leg of the circuit. Any one surface of the tetrahedron forms into a 3 phase circuit as found in current technology. A power transfer system known as Delta 3 phase is being used all around us at present, but has never been presented as a resonant system to capture tempic field energy, or used as a reciprocator.

Graphic Tetra coils

The diagram represents two different ways to establish EM or sine coils on an iron or steel tube to become resonant. Parallel coils receive a capacitor across them, and series coils receive a capacitor off their ends. The tips of the tetrahedron wrapped with spherical capacitors act as series resonant systems with the coils on the legs. Either resonance will create a reversing magnetic field in the legs or coils core, but the parallel configuration will set up a separate electric energy resonance on each leg only coupled to other legs by the magnetic field in the structure if desired.

What is not covered well in current technology is the magnetic field itself, how it propagates or appears at distance. Generally the coil covers the entire single field of our devices and the magnetic field is treated as a single unit. This is not the case however and if wound on different core structures propagation of magnetic field becomes very important.

Also if we use the tempic field to generate the vibrating electric nodes, as John has now shown us is possible, then placing the correct EM resonant circuits between these nodes would result in a self powering system on the EM side as well. The energy may be coupled either electrically or magnetically.

Tanjmaster [John Nelson writes]
"I think I need to clarify here. You don't hook the sinoid coil to the capacitor. You just put the cap in the zpe coil system field. The reason I was getting only millivolt readings was because I had hooked
the coils to the capacitors. The sinoid and bismuth coils are hooked together but the ends should just remain open. When the capacitor is in the field it will charge."

Photo of device

Johns original design and comments refers to the capacitors formed on the spheres or tips of the tetrahedron form that charge up by only setting in the intersecting fields of the coils, however if EM resonance is present on each leg there would probably be substantially more current availible. If these natural voltage nodes appearing, and magnetic field nodes, intersect at the same points at device resonance, we may expect actual power to emerge. While John has reported lighting LEDs already, moving the device has shown that loosing the "space conditioning charge" upsets the output for a time.

A very important measurement from this device is that of frequency. While 60 hz is expected as well as harmonics of 60 hz like 120, the device has been also producing frequencies approaching 400 hz at times as well as interacting psychically. The tempic production of these EM levels at specific frequencies could lead to the development of a fully resonant system producing AC currents.


For placing coils on an iron core that is longer then the coil, as we will have in the tetrahedron coil structure, and determining the best layout of coils for the legs.

The magnetic field off the ends of a coil has been documented. At some distance the field will reverse and a dead spot or null point will be present between two opposing fields both being energized by the same coil. The fields will oppose one another and here is where electrons will naturally collect as with orbital shells. The highest electric field also is found to be off the ends of the coil. If copper is wrapped around the iron core then this field will propagate along the iron rod to some distance with little loss, and we have seen what opposing fields do when they hit copper. For maximum transfer of energy the copper or aluminum covering will appear between the coils but not under them.

Magnetic Node Graphic

This will be a major factor for designing an efficient energy resonant tetrahedron. If the coils on one leg of the system create nulls along the other legs then no energy will be transferred between the coils. If the magnetic nulls land on the tips of the form then energy will move easily between the coils actually reversing its polarity. If copper is present along any exposed iron surfaces less energy will be lost.

Little has been documented as to how far between these points, or how much current it will take to move them, but to establish a totally resonant tetrahedron all three energies must be considered. A first trial with resonant coils is necessary. Fire up one coil with the same voltage and frequency you want your output EM to resemble. Now slide a second resonant coil down the core and find the dead spot, if it exists for these values it will cancel around the null where magnetic fields reverse and equal on both sides of the coil. Now slide the coil away and find the distance to maximum energy transfer between the coils. Finally cut a copper tube the correct distance and slide it over the null point on the iron core, to see if the energy transfer is increased. At the magnetic null point is where scalar cancelling energy is highest, as well we would expect electron counts to be raised here. This point becomes one point or tip of the tetrahedron, and now magnetic energy should be maximized to move between the coils magnetically. Record all your parameters, such as coil winds, wire lengths, capacitance, frequency and finally log the distance to nulls and between coils for final design of the cores edge lengths.

Say we want an output of 12 volts at 400 hz, start with the resonance tables and go from there, design the coils, size the caps. You will then need a source of 12 volts at 400 hz to do the magnetic null testing to find correct magnetic lengths of the cores. Place the source on one coil, a scope or meter on the other coil and start expeimenting for maximum energy transfer parameters.

In theory we could progress down the iron core of any length covering the null points with copper tube and cause the energy to pop out finally at one magnetic resonant point further down, or place coils anywhere along the tube between the null points. [Magnetricity theory] Also to create a perfectly balance iron copper resonance one would have to find these points to determine the core length and cut it off exactly where the magnetic fields reverse, totally removing any opposing flows but utilizing all the available iron length. This would produce maximized effects and interacions between the energy of the iron and the copper, now cover the exposed ends of this coil core with copper to reflect all energy back inwards.

"I have purposed using iron tie wires for the core material, ferrite would be better for higher frequencies. Whatever material we use for the core of the iron tetrahedron we need to first do some experiment with this material of only one leg and determine where these dead spots are likely to form. Placing them exactly at the tips, then covering them with copper should increase the total system energy level bouncing between the coils. A more natural flow of magnetricity should result. The magnetic field will thus gyrate around the tetrahedron, always controlled by at least one coil and thus it will never loose its coherence as with ordinary coils cores. It is likely this will produce some kind of precession overall, but most important it will continually be aligning the coppers nuclear alignment so as to reduce electron resistance due to induction. In a tunned circuit the Q factor is a direct function of the Copper resistance encountered and decreases the circuits ability to keep oscillating. While the tempic coils seem to naturally charge themselves, the EM coils are constantly decaying their increased energy states."

Preventing magnetic field collapse in coils that are at their electrical dead spot:
One way to lower the AC resistance in a coil is to set a magnet inside or near it. Now the reverse inductive spin of the Proton shell is aligned already and the energy to tilt the mass of the atoms to achieve current flow is reduced. The magnetic field prebiases the coil and breaks up the isotope chains normally running the length of the wire from nucleus to nucleus. If the coil now receive pulsed DC  the induction should be much reduced as the magnetic field never totally collapses. In the tetrahedron, if the magnetic field nodes are kept on the tips of the core, then the same effect should decrease copper losses on the EM side as each coil in its high current state of oscillation will bias the entire core system. All legs will thus have some magnetic field, either opposing or aiding to maintain copper nuclear alignment off centered.

In the above experimental iron rod or tube, now place opposing magnets on both ends of the iron core tube such that a null is formed at the coils resonant null point. This is similiar to placing magnets around a crystal all pointing inwards. See what effect this has on the resonant frequencies, voltage, and torsion field. Also the addition of scalar coils along the magnetic node points would be a good excercise to see if energy can be added in this fashion. Once leg design is decided on then we move towards adding the recpricator function, and completeing all six sides. If fields are not found to operate as expected we instead regroup.


The natural torsion that develops in wire wound CW or CCW, and in the legs of a pyramid structure should tend to cause the 6 free resonating circuits to spin predominantly one direction. [Reciprocator function.]

It is hoped that experiment will reveal the natural phasing of a tetrahedrons complex AC, magnetic, and tempic oscillations. Rather then try to mentally decipher it, direct measurements are indicated necessary.  Once the iron core resonant system is built and legs are tunned up, various coils, both torsion and EM, can be used to stimulate resonance, and a better determination can be made for designs of the tempic half of the system. The second tetrahedron could likely be a copper, aluminum, and bismuth core, using scalar canceling coils, or it can simply be a copper structure to form the complete star tetrahedron system. The legs will cross the iron tetrahedron at 90 degree angles and either pass through them or at least near enough to them to interact along there diamagnetic fields. Lastly is suggested two iron core systems with fields spinning opposite directions, as controlled probably by coil wind direction. To produce magnetic fields rotating opposite directions, to increase the tempic field component of the entire system moving towards the AG type systems.

The sides of the tetrahedron are thus seen as circles in triangles where a rotating magnetic field is operating between three voltage nodes or tips. The magnetic field thus never becomes diffused and never absorbs energy to become coherent again after fully diffusing. Instead it precesses avoiding its magnetic dead spot. As any leg of the system moves into a dead spot of any of its resonant energy forms at least four other connecting legs will maintain the fields motion and a smooth rotation will result.


Frequencies suggested have ranged from 5.118 Khz to 400 Hz for the leg resonance. Iron core size, coil wraps, and capacitor values all come into play in this art at present.


reciprocator - uses a phase differential in two rotating systems to overcome the power "dead spot" when a spinning force is used to create linear motion. [an offset of angle or field phase]

magnetricity -
 magnetic field propagation along an iron wire covered with copper

Credits and References

http://www.totalizm.nazwa.pl/fe_cell.htm  Dr Pajak - study of the telekinetic cell [components for OU systems]

Document development and Principles of resonance - David Lowrance c_s_s_p group

Thanks also to  Kosol groups and 
c_s_s_p group for support and experiments, and special thanks to John Nelson [tanjmaster2000] for the first device construction of this kind.
The study of Alternate Energy systems is a group effort intended to expand the limits of knowledge of mankind.