Testimonial on the effects of electroculture spirals on growth of garden flowers poppys and tulips

In this video, Yanik Fandur demonstrates the visible impact of electroculture on plant growth in his garden during early March. By comparing plants situated near electroculture devices to those further away, he illustrates how these techniques can significantly enhance development and size. Fandur highlights three specific tools used in his setup: a double spiral made of aluminum or copper, a paramagnetic cone, and a round tower designed at a "royal cubit" length. He explains that the round tower is particularly powerful, radiating an energetic influence across a radius of five to ten meters. This specific invention has previously produced record yields in crops like tobacco and sunflowers. In contrast, the paramagnetic cones and spirals typically offer a more localized effect—roughly 30 centimeters—unless multiple cones are arranged in a specific pattern to create a broader field. The transcript provides detailed measurements to support these observations. Tulips and other flowers growing under the influence of electroculture reached heights of 31 to 32 centimeters. Meanwhile, identical plants located just a short distance away measured significantly smaller, between 18 and 28 centimeters. Some plants, such as the pavot, were nearly 50% smaller when grown without the devices. Fandur notes that the treated plants not only grow larger but also tend to develop earlier in the season. While the speaker acknowledges that these garden observations are not a formal scientific study, he emphasizes that the results have been consistent over the last two to three years. Before implementing these techniques, the growth rates across his garden were uniform. To assist others in experimenting with these methods, Fandur provides resources on his website, including molds for creating paramagnetic cones and a book titled "Electroculture Practical Guide." This guide offers detailed instructions on how to install and maintain various devices to achieve the best results. He concludes by encouraging viewers to experiment in their own gardens and to share the benefits of electroculture with their communities.