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X Marks the Spot
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Poster Handle
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Dionysian Fullaflattus |
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Plants are usually charged negatively and emit weak electric fields. On their side, bees acquire a positive charge as they fly through the air. No spark is produced as a charged bee approaches a charged flower, but a small electric force builds up that can potentially convey information.
How then do bees detect electric fields? This is not yet known, although the researchers speculate that hairy bumblebees bristle up under the electrostatic force, just like one’s hair in front of an old television screen.
The discovery of such electric detection has opened up a whole new understanding of insect perception and flower communication. Quoting: observation [ link to www.bristol.ac.uk] i think they read glp /z\ Quoting: aether And morphic fields are indeed unproven, but electric fields are not unproven, it is a two way street, yin/yang, negative/postive feedback. If biology is a learning system, the question remains, where is the information stored? Or is our understanding of storing information too limited to understand how it actually works. Quoting: observationc where we are going  Quoting: aether sharply up a halftone.
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