A single point in space can spin continuously without becoming tangled. Notice that after a 360-degree rotation, the spiral flips between clockwise and counterclockwise orientations. It returns to its original configuration after spinning a full 720°. (Wikipedia, spin)
The electron doesn't rotate like planets if people are meaning the spin is the rotation movement. Electrons are rotating back and forth, and that thing makes that the material or at least electrons are losing their mass. The reason for that back and forth movement is that the electron is a so-called monopolar particle. That means the electron is the south pole itself. The neutron is a bipolar particle that has north and south poles.
The monopolar particle cannot spin, because there are so many axels. The bipolar particle can spin because there is only one axel in that particle. When the electron starts to rotate it would turn forward, and that thing loads energy to it. Then suddenly electron starts to move backward, and during that process, the electron is losing its energy.
So when an electron is loaded with energy it attempts to return to the base level. The electron cannot receive energy straight. It makes that energy load through the rotation movement or the spin. When it releases the energy it starts to spin backward. And the reason, why the electron does not exist forever is that when it spins backward it goes over the beginning point. And that happens because releasing energy is easier than loading it.
That means the electron has and doesn't have spin. The spin requires energy pumping, and when energy pumping is over, the electron loses its energy. When we are thinking of the spin as the rotation movement, where the electron can load to the object what rotates like a planet or spinning top, we could load energy to the material and make it young again. But when the electrons are starting to spin backward that energy is delivering from it. And the reason why the electron doesn't spin forever is that particle has many axels. The reason why neutrons have spin is that they have only one axel.
When we are thinking that the energy is like a hill, the releasing energy level is faster than loading energy to the particle. During that process, the electron is turning a little bit over the beginning point of the movement. And in that case, the mass of an electron is getting smaller. The reason why the electron cannot spin or rotate like planets. Is that there are many axels in that particle. Things like neutrons are spinning because they have two poles. The spin requires that the particle has two poles or only one axel.
()https://en.wikipedia.org/wiki/Spin_(physics)
()https://en.wikipedia.org/wiki/Spinor
Image()https://en.wikipedia.org/wiki/Spin_(physics)
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