ElectroCulture is a time-honored agricultural method that harnesses atmospheric electricity to enhance plant growth by channeling it into the garden soil. Though largely suppressed and overshadowed by the rise of industrial agriculture and the chemical fertilizer industry, this technique has been explored, refined, and practiced for over a century—championed by visionary pioneers who recognized the profound potential of electrostatic cultivation.
In the early 20th century, Justin Christofleau was among the first to develop methods for channeling atmospheric energy into crops, leading to significant yield increases. Georges Lakhovsky advanced this research by demonstrating how high-frequency oscillations strengthen plant vitality, while Viktor Schauberger explored the role of natural energy flows, including electrostatic and paramagnetic forces, in optimizing soil and plant health. Their combined insights revealed that plants thrive in specific energetic environments, paving the way for modern advancements in electroculture. Despite suppression efforts disregarding the findings as pseudoscience, ElectroCulture flourishes now more than ever in the circles of those in the know.
When it comes to choosing the right system, you could settle for basic DIY copper wire antennas, or you could take your cultivation to the next level with OmniCore—a revolutionary scalar wave antenna designed using the breakthrough discoveries of two visionary scientists:
• Dr. Walter Russell mapped the universal scalar wave pattern that governs all creation. His work forms the core of OmniCore, enabling seamless attunement and revitalization through universal piezoelectric rhythms and an interpenetrating dynamic wave coil system.
• Dr. Derald Langham discovered through his extensive experiments as a geneticist, the growth-enhancing harmonic field generated by the spherical cube octahedron, also known as the Genesa Crystal—a principle reflected in OmniCore’s four outer rings. His research was later applied at the Findhorn Eco-Community, where it contributed to the cultivation of record-breaking vegetables.
Unlike conventional ElectroCulture antennas, OmniCore is not just a passive conductor—it is an active bio-energy harmonizer and transceiver. By optimizing the interaction between the sky, plants and the earth, through attunement to natural universal rhythms and patterns, it creates a balanced bioelectric field that promotes complete vitality and unhindered growth. This is more than just ElectroCulture; it’s a quantum leap in agricultural energy science.
Setting Up an Electrostatic ElectroCulture System
This method of electroculture gathers static electricity from the atmosphere to create a beneficial electrical environment for plant growth. By leveraging the Earth’s natural electric field, the system stimulates biological processes, enhances soil fertility, and improves plant resilience.
Materials Needed
• Insulated poles – For mounting and elevating your antenna, the higher the better. Ideally made from non-conductive materials such as bamboo, wood, or plastic.
• Insulted copper wire – To direct static electricity from antenna to ground as well as to connect various grounding nodes.
• OmniCore antennas – To collect and amplify atmospheric static electricity.
• Copper grounding stakes or rods – To setup various grounding nodes by inserting into the ground around the plants to vitalize and charge the soil.
• Electrical tape – To insulate bare connections along any exposed wire to minimize unintended current leakage.
• Zip ties - For mounting antennas and poles to fence posts.
Step-by-Step Setup Guide
1. Select the Location
Choose a well exposed garden or farmland area where you want to apply electroculture.
2. Attach OmniCore Antenna to Pole
Secure OmniCore antenna to the top of the pole with zip ties making sure it is tightly secured. The higher the placement, the greater the exposure to atmospheric electrical charges. Connect your insulated wire to the OmniCore by stripping a small area of insulation off and wrapping it tightly around any part of the OmniCore.
3. Install Poles
After mounting the antenna on a long non conductive pole with wires connected, strategically place it in the garden. Fence posts are ideal places to mount the poles using zip ties. You may also construct a steep pyramidal tower or tripod to elevate the antenna. Depending on the size of the garden you may wish to have multiple antennas. Two to four antennas mounted at opposite ends should be able to take care of most personal gardens, providing they are mounted high enough to get a good charge. (8-12 ft)
4. Connect to Copper Grounding Stakes
Taking the insulated copper wire coming from the antenna, loosely wrap it around the pole and down to the base. From the base of the pole you may now run the wire to a series of foot long copper grounding stakes, carefully inserted around the various planted areas of the garden. For a more discrete setup you may also connect to a north-south ground grid buried approximately one foot below the surface of the soil. Make sure all connections are tightly secured with bare copper to bare copper. For best connections use a blow torch and solder.
5. Use Insulation Tape Where Needed
Apply non-conductive electrical tape to exposed wire to prevent unintended grounding or energy loss. it's ok to have some copper exposed at the grounding nodes.
6. Monitor System Performance
Regularly inspect the setup to ensure all connections remain intact.
Safety Considerations
• Maintain Low Current – Ensure the system operates at a safe voltage to avoid harm to plants, animals, and humans.
• Monitor Weather Conditions – Avoid setting up or adjusting the system in wet and stormy conditions.
• Perform Routine Checks – Inspect the system frequently for wear, damage, or malfunctions.
Observations and Adjustments
• Monitor Plant Growth – Observe changes in plant health, growth rates, and resistance to pests.
• Optimize Antenna Height – Experiment with different heights to determine the best setup for your plants.
Documentation and Research
• Keep Detailed Records – Track your setup, adjustments, plant types, and results over time.
• Study Existing Research – Compare your findings with historical electroculture studies to refine your approach.
By following this guide, you can establish a functional electrostatic electroculture system that harnesses natural atmospheric electricity to enhance plant vitality and boost agricultural productivity. Whether you choose a simple wire setup or the advanced OmniCore system, electroculture offers a powerful, natural way to revolutionize your growing practices.
