Electroculture, with results and instructions
The aim of electroculture is to pick up the electro-magnetic energies for the benefit of the plants. A vegetable thus grown grows better; its seed germinates faster; the vegetable grows faster; more easily and becomes bigger. The vegetable can also defend itself more easily against illnesses and parasites. It handles more easily periods of drought and rough soils. Indeed, this energetic influx allows the roots to go deeper into the soil to find their food and also reach deeper layers of groundwater that are inaccessible to normally cultivated plants.
This energy, is naturally received by all plants: through the roots (that play a role of antennas) which pick up negative electricity from the soil and then frees it through its aerial parts (which also act as antennas). These absorb the positive atmospheric electricity. The exchange of these forces determines the growth of a plant and the proper functioning of the chlorophyll system; briefly said, it organises life thanks to the ascension of sap. Plants cultivated by electroculture hence benefit as much as possible from these energies which, if not picked up, would just be wasted. So, you want to setup such a system in your vegetable garden. There are many setups available. All are prototypes (you should be able to find easily light and simple materials).This is the theory of “electrocultivators”, although some ecologists argue that electroculture diverts these natural beneficial forces for a whole ensemble for the profit of some privileged plants. I won’t dwell into this debate, but I believe it is necessary to be aware of these two theories. Moreover, it appears that electroculture allows foremost to reveal and produce this healthy energy.
As a matter of fact, every single plant is an electrical conductor of a couple of millivolts (experiment made by connecting a voltmeter on a bean plant); in the presence of an electroculture setup the voltages are amplified. Are you interested by electroculture, are you just discovering it today.
You should know that it exists since a very long time.
Ancient civilizations, the Egyptians in particular, had noticed that around certain structures or rocks, and depending on orientation, vegetation grew better and was thicker/sturdier.
Researchers looked at this phenomenon and found an explanation: some rocks are rich in electropositive metals (like copper), the soil being itself naturally a carrier of negative charges, they thought that at certain locations there was a natural production of forces beneficial to plants.
Electroculture is an ancient practice of increasing yields utilizing certain materials to harvest the earth's atmospheric energy.
This was presented in 1749 by Abbe Nollett, in the 1920s by Justin Christofleau, and 1940s by Viktor Schauberger. This energy is always present and all around us also known as Chi, Prana, Life force, and Aether
Electroculture refers to the use of electricity as a tool for enhancing plant growth and productivity. It involves applying low-voltage, direct current electrical charges to soil and plants in various ways.
There are a few different methods of electroculture, including soil electrification, foliar electrification, and seed electrification.
The scientific basis for electroculture is not well understood, but it is believed that electrical currents can stimulate the growth of roots, increase photosynthesis and water uptake, and improve overall plant health. While some studies have shown promising results for electroculture, it is still considered to be an experimental technique, and more research is needed to fully understand its effects and potential applications.
When using electroculture there is no need for the use of pesticides, manure, or fertilizers. This is primarily why this information was suppressed.
All you need is the sun, the clouds, the rain, the nitrogen in the air, and the ability to harness atmospheric energy. These atmospheric antennas can be created from materials such as wood, copper, zinc, and brass. When adding these atmospheric antennas to your garden, soil, or farm they will amplify your yields, combat frost and excessive heat, reduce irrigation, reduce pests, and increase the magnetism of your soil leading to more nutrients in the long run.
Some interesting findings of Justin Christofleua* on electroculture plant growth:
- In fields in which were not manured or irrigated Oats grew upwards to 7 feet+
- Potatoes grown in the same condition 6 feet 3inches high, carrying 30 to 35 tubers, and weighed 1 to 2 pounds per potato.
- Grape vineyards impacted by Phlyloxera were healed and rejuvenated. The grapes ended up sweeter and had a much richer flavor.
- Carrots grew to the lengths of 19 inches, beetroots to 18inches, and nearly 17 inches in circumference.
- An old pear tree which had hardly any bark left was fully rejuvenated by electroculture and started producing pears of up to 1 pound each.
*All without the use of manure, pesticides, or fertilizer just the atmospheric energy, magnetism and telluric currents of the earth. A simple solution to solving the shortages we are all facing.
