- #1
Duster
- 4
- 0
I recall hearing about a phenomenon where atoms are somehow bound. The example went something like this:
Pairs of atoms are contained; both with a single valent electron that rotate opposite each other, (not sure what element it was) but the atoms do not share these electrons. The electrons operate in tandem and if one electrons orbit is reversed the other responds spontaneously by reversing its own orbit.
The atoms are then isolated and removed from one and other. Then, one of the electrons is bombarded and its rotation is reversed. The rotation of the other ‘bound’ electron spontaneously also alters it’s rotation to counteract the other atom. This experiment was done not only across a lab, but across the country. It also appears that the electrons reverse their orbits at exactly the same moment, not pending the distance.
Does anyone know what this phenomenon is called?
I would like to read up on any new information regarding this. I also have a few applications for something like this. By helping me track down this missing phenomenon, I would certainly be able to add more here.
Thanks in advance for any help provided.
Duster
Pairs of atoms are contained; both with a single valent electron that rotate opposite each other, (not sure what element it was) but the atoms do not share these electrons. The electrons operate in tandem and if one electrons orbit is reversed the other responds spontaneously by reversing its own orbit.
The atoms are then isolated and removed from one and other. Then, one of the electrons is bombarded and its rotation is reversed. The rotation of the other ‘bound’ electron spontaneously also alters it’s rotation to counteract the other atom. This experiment was done not only across a lab, but across the country. It also appears that the electrons reverse their orbits at exactly the same moment, not pending the distance.
Does anyone know what this phenomenon is called?
I would like to read up on any new information regarding this. I also have a few applications for something like this. By helping me track down this missing phenomenon, I would certainly be able to add more here.
Thanks in advance for any help provided.
Duster