Electroculture

Electroculture is the method of harnessing the energy in the atmosphere to accelerate and improve plant growth by hundreds of percent using atmospheric antennas in your garden and potted plants.

The antennas can be created from wood, copper, zinc, and brass. The taller the antenna, the larger your plants will grow.

Antenna examples:

-It helps plants grow stronger and faster.

-Improves germination.

-Increases the number of growing cycles in a season.

-Combat frost and excessive heat.

-Helps reduce infestation of unwanted insects.

-No need for the use of pesticides, manure, or fertilizers. (This is primarily why this information was suppressed)

In 1925, a French scientist; Justin Christofleau used this method when he grew enormous vegetables. Clover, trefoil and oats treated by his method grew 7 feet. Potato plant grew 7 feet, with the potatoes weighing up to 2 pounds each. Carrots and beets grew 19 inches in length and other vegetables gave similar yields.

-Plasma is found in the cell membranes of plants. Plasma is electrically conductive; its motion can be influenced by electric and magnetic fields.

-Effects of plasma irradiation to the plant seeds on growth enhancement were confirmed by some research groups (Sera et al. 2017; Park et al. 2016). Zhou et al. evaluated the effects using tomato seeds exposure by atmospheric pressure plasma driven with 4.7–6.8 kV voltage. The plasma irradiation to the tomato seeds resulted the promotion of germination, and increasing length and diameter of cropped tomato fruit (Zhou et al. 2011). Yin et al. used the magnetized plasma as electrical stimuli of tomato seeds for growth enhancement. The seed exposure by magnetized plasma effectively works for increasing harvest yield of tomato fruit by 20.7%.

A) Tomato B) Pepper