- Strike deuterium gas with a series of high velocity (NLS) super sharp beams of electrons. At higher velocity the measured beam spread will shrink. Slower beam will spread wider because they do not penetrate the hole.
- To prove that neutrons are the source of positrons, use a tight beam of high velocity electrons to strike super-thin graphene, boron, beryllium and lead sheets. Measure for positrons at various angles of emission and reflection.
- To test for “Darkons” add momentum detectors to e- p+ head-on collisions where the momentum detectors are at 90 deg to the head-on collision. Use high current but highly focused beams.
- Klystrons are used to speed electrons in a cyclotron to enhance electron bunches. Let’s test short vs long microwaves to look for a hole in the electron.
- Crossing beams of low voltage low speed electrons in a tight beam with tight beams of microwaves or positrons, look for shorter wavelength of microwaves and an increase in positron count.
Mobius Shaped Electrons 