If your answer to this question is yes, maybe you are wrong since the latest advances in physics reveal that the "indivisible" electron may not be as "indivisible" in all cases. It has been discovered that electrons accommodated in quantum-scale wires can be separated into two smaller particles called spinons and holons.
The separation effect occurs when electrons in which too many competing for limited space. Since electrons repel each other, if they are placed in a very narrow wire, found it increasingly difficult to overtake one another. Apparently the electrons respond by breaking his magnetism and loaded into two separate particles, the "spinons" (spinons) and "holons" (holons).
The experiment that was used to test this hypothesis on the separation of electrons is very interesting. Was located to the electrons in a very thin thread, take it to absolute zero temperatures and then see how the electrons jumping between that wire and a nearby metal.
When the metal and wire were close, the electrons could jump to the metal via quantum tunneling . In this way scientists could take action under a variety of magnetic fields to find out what happened when the electron jumped . These measurements indicated that the electrons eventually jumping had to be divided into two new particles.
In conclusion, if the electrons can be divided if they are competing for limited space.
This would give the fact that science teachers should change the idea that electrons are "indivisible."
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