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Emilya Green
Well-Known Member
it would be a simple matter to set up a slow sine wave oscillator and use that as the source for a dual polarity constant current source... but I question the hypothesis of this experiment. We are finding that a constant polarity of a low voltage low current source, such a single solar cell, promotes clumping within the soil and the microlife. This clumping or clustering tends to aggregate the microlife toward the roots and the fungal structures within the rhizosphere and seems to accelerate nutrient exchange.I have been considering doing an experiment using DC power in the soil myself. I was actually trying to figure out if it would be a worthwhile experiment by setting up a DC source that will switch polarity every few seconds and document the effects if any. I was considering a constant-current set up so as the watering cycle varies I could keep a very small current consistent. Any thoughts on doing this with a power source I could put together and set up to switch polarity every few seconds?
I would think that an AC current would tend to break up that clustering and could possibly make it difficult to accomplish and might adversely affect the growth of plants in that environment due to a disruption of the constant electrical charge and then change in polarity, constantly attracting and then repelling objects to and from each other. This would help to prove that the microlife is sensitive to the charge itself and not just reacting to the attraction properties between dissimilarly charged objects in a mobile environment. I would like to see that experiment and see what effect AC or changing polarity charge has on a plant system. I predict that it will be found to be harmful.