How we create the resonators.
The simplest life energy receptor is a piece of wire exactly one Royal Egyptian Cubit long. However, it's much better to form it into a coil, or better still to form two bifilar coils (two superimposed coils pioneered by Nicola Tesla) with very specific inductance and capacitance characteristics. We conducted many experiments with hand wound coils, and it soon became clear that a simple coil varied dramatically in its radiated energy if it was twisted or pressed. This makes it hard to make a hand wound coil that gives good consistent results.
Our research turned to the possibility of making a life force antenna using modern manufacturing techniques to give a stable and powerful output with very little variation. The result was the Pyramidion Resonator. A panel of custom manufactured Orgone based substrate (more refined than traditional Orgonite) with a blend of organic and non-organic materials bonded together with resin to form the base for a super-accurate etched copper antenna with its characteristics tuned to perfection. To make the harvested energy more bio-available we chose to couple the two antennas through a gemstone resonator sphere. Further experimentation showed that the effectiveness of the gemstone sphere could be enhanced by raising it to its Curie point thermally and then allowing it to cool back down while a strong charge was applied across it. (a technique pioneered by French scientist Pierre Curie) This creates a Piezo effect enhancing the electrical properties of the crystal, and makes a massive difference to the energy field of the antenna. We believe this to be one of the most powerful and more importantly STABLE devices of its kind.
It's taken us a long time to get this far, but it's been worth it. The Pyramidion Resonators are probably the most powerful and affordable devices available in such a compact form.
We are continually experimenting with new materials and minerals to develop this technology further. All the money generated from the sale of the resonators goes straight back into research and development.