- Thread starter
- #61
StealthtireGr
New Member
Thanks Scooby-Snacks for the Reps!
Thanks Furple: I will do it, you just explain how I do it, and why it does it! LOL! Thanks!
It so easy to do if I can show "how" to place them in/on/around the plant in a way to increase yeilds. Every experiment I have seen is subjecting the Plants/Seeds to "Either" a North or South Pole field of the Magnet! This experiment is subjecting the Plants to Both fields at the same time where the base of the Plants are the junction point.
Now I Have seen first hand a "Force" is evident here, now it is with Iron which is the easiest form of material to be influenced by a magnetic field, but our Plants also have Iron in them. If our Goal is to make the Leaf/Top part of the plant go up, and the Root/bottom part of the plant go Down, maybe just maybe this will help that.
Simple iron Filings I made with a Hand File:
What you can't see in the Pictures is the Filings are standing 1/16th of an inch OFF the paper, they are trying to go somewhere!
Thanks Furple: I will do it, you just explain how I do it, and why it does it! LOL! Thanks!
It so easy to do if I can show "how" to place them in/on/around the plant in a way to increase yeilds. Every experiment I have seen is subjecting the Plants/Seeds to "Either" a North or South Pole field of the Magnet! This experiment is subjecting the Plants to Both fields at the same time where the base of the Plants are the junction point.
Now I Have seen first hand a "Force" is evident here, now it is with Iron which is the easiest form of material to be influenced by a magnetic field, but our Plants also have Iron in them. If our Goal is to make the Leaf/Top part of the plant go up, and the Root/bottom part of the plant go Down, maybe just maybe this will help that.
Simple iron Filings I made with a Hand File:
What you can't see in the Pictures is the Filings are standing 1/16th of an inch OFF the paper, they are trying to go somewhere!