This is an electron gun thought experiment. Make a double slit experiment. Use an electron gun that has an opening the size of an electron so that only one electron will fit through and is on a swivel that can swivel to 180 degrees. Place the electron gun at the opening of the slit in the first screen. Shoot one electron through at an angle that is the same as the angle to the first slit in the second screen. The electron hits the third screen. Mark where the electron hits the third screen. Send a second electron through at an angle that is the same as the angle to the second slit in the second screen. Mark where the second electron hits the third screen. The first electron leaves alterations in space as it travels. It leaves a corkscrew alteration in it’s path. The alteration pattern for the electron would be a pull on space in the direction of travel and a pull on space in the direction of the spin. The alterations made in space can be calculated by calculating the alteration pattern and the distance to which the alterations can be felt. The second electron’s path is altered by the alterations left in space by the first electron. By calculating the location and direction of travel of the first electron with the angle to the third screen and calculating the alterations, the location and direction of travel of the second electron could be determined. The alterations left by the electron can be called trails. When sending more than two electrons through there would be more trails. A number of different electrons would hit in a number of different places. By calculating the alterations, the location and direction of travel of the electrons can be found.
Electron Gun Thought Experiment
Black: electron gun
Yellow: alterations
Black: electron
Black dash lines: electron trails
3 black screens: double slit experiment
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