Electrons Are Not Identical

The mass of an electron is 9.10938356 × 10^-31 kg. Supposedly.

There is one problem though: this is not true. The truth is that the average mass of an electron is 9.10938356 × 10^-31 kg.

In experimentally determining the mass of an electron, we do not individually weigh one. This is far too low of a mass for us to accurately measure. Instead, we weigh a total number and divide by how many electrons there are. But then we go on to claim that the mass of every single electron in existence is 9.10938356 × 10^-31 kg. This is an assumption.

Why does this matter? Because electrons do not all have the same mass. They are not identical particles, having an absolutely precisely identical mass.

When we look around us, we see electrons being "excited", vibrating rapidly, releasing very specific frequencies that produces the images of reality around us. These frequencies are not just arbitrarily arrived at, but rather are a function of the mass of the electron.

An excited electron functions no differently than a supernova of a star. They are the same mechanism. The difference is only in the fact that there are many more electrons than stars, and they are much smaller. The larger the body, the slower the function. An electron will rapidly vibrate between states when it is radiated on as it gains mass, reaches instability and literally supernovas repetitively and so rapidly that it, with the other electrons around us, produces the image of reality we perceive.

This is because each electron, when radiated upon, produces wavelengths of light in the visible light spectrum when they do not ordinarily do so just as how a supernova releases extremely high energy when the star does not ordinary do so. When the sun goes down or the lights go off, they stop supernova'ing instantly because time dilation is so drastic for an electron relative to stars.

The specific wavelength that they produce is directly dependent on their mass. This is how we see the entire range of colors rather than a uniform sheet where everything is identical. Definitively, electrons are not identical but rather vary just like the planets and stars.

For more information on why electrons and stars function the same and much more, see CascadingUniverse.org