Electron star

Electron stars are hypothetical (although discovered) stars which are entirely made up of free electrons, some anions, and theoretical electron-matter. Any existent Electron star would be over 2 billion years old, as that was the constant limit for lifespans of such complex stars.

Electron stars are formed by electromagnetic phenomena or anomalous velocity changes in electron orbits. In electromagnetic phenomena the electrons gain high quantities in the strength of their electromagnetism, progressively then finally gaining a form of asymptotic freedom.

Anomalous velocity causes an electrons orbital speed to double, triple, quadruple and becoming highly fast and erratic that they simply slingshot out of the nuclei, leaving a unique electromagnetic discharge which repells the atom and allows a form of asymptotic freedom.

Electron stars have a greenish blue tinge due to green wavelengths being more visible at the level of electrons and blue due to the high temperature of the stars. Omega Beta II, the only discovered and known Electron star, had a turquoise color and emitted a field of electromagnetic radiation of over 200 yottajoules and an electromagnetic field of 2 gauss.

Due to their electromagnetic anomalies and abnormal structure, habitability was very uncommon, and if even if possible the planet would have to be 3-4 AU from the star and in such a position or unique atmosphere that it was protected from high temperatures. Omega Beta IId was a habitable planet, but was a Q-class world, containing a magnetosphere which commonly let off high-energy electromagnetic discharges.