Formation of wires from bacteria/chloroplasts/water molecules near the cell walls of plant leaves and their roles in imaging and distant information teleportation

Bacterial/chloroplast DNAs are formed from charged particles and by their motions, some currents are emerged. These currents emit some waves. Consequently, bacteria/chloroplasts act like some inductors with two S and N ends. These inductors join to each other from opposite ends and form a wire. This wire is formed near the cellular walls of host cells. Because, there are many ionic and wave channels on these walls and bacterial DNAs could interact with cellular DNAs. Although, in normal conditions, it seems that chloroplasts are distributed within the cell or even near the its center; however, under some conditions like interaction with bacteria, most chloroplasts could move to the cell walls. One can observe the bacterial/chloroplasts wires on the leaf. To this aim, it is sufficient that one closes a leaf to the mouth and put it on a slide of a light microscope. By considering cellular walls, a wire of some bacteria like E.Coli and chloroplasts could be observed. This result could be used in curing diseases and imaging. For example, if one sends some plant cells interior of the body of patient, bacteria could be absorbed by their DNA waves and like a wire could be extracted. Another application could be using of bacterial wire in imaging. One can build a wire of harmless bacteria, send it to the human’s body near the damaged cells. Bacterial wires could exchange waves with damaged or cancerous cells and transmit them to the scope very fast.To show the information teleportation between two distant bacteria or cells, we can design an experiment. In this experiment, we put two parts of a plant leaf on two sides of a slide(glass) of microscope and waite for their communications. We can observe that water molecules and bacteria near each plant cell, form several lines. These plant cells aren’t in direct contact with each other, however, their lines or wires are related to each other. For example, if in one side, lines are horizontal, in other side, lines are vertical. This means that plant cells and bacteria interact through glass and by exchanging waves without any direct contact