Chalcrotron

A chalcrotron is a particle predicted by pilitron theory. It is the smallest and heaviest compound particle, whose mass is 100% of the energy throughput, making it impossible for it to move. It has only one ring, with a delta potential of 1. It acts as a tiny black hole which decays in 1 Planck time, sending a single graviton, creating "gravity shocks".

Its absolute (not relative) speed is always 0. But because we only see relative speeds, the particle will just appear to zoom away at extremely large speeds.

Because it is only one ring with a delta potential of 1, it means that it decays in 1 Planck time into a single graviton. Chalcrotrons could therefore be the source of most gravity in the Universe, which was created in the first seconds of its existence, and therefore they could have decided the strength of gravity.

The mass of a chalcrotron in SI units (kg) is given by:


 * $$2\eta M_0 = \frac{2\eta\epsilon}{c^2} \approx 4.45 \times 10^{-6} \mbox{kg} \approx 0.0445 \mbox{g}$$

The Schwarzschild radius of a chalcrotron in SI units (m) can be given by:


 * $$C_{r_s} = \frac{2Gm}{c^2} \approx 6.586 \times 10^{-33} \mbox{m}$$

And since chalcrotrons have a volume of 2 Planck volumes, they are always black holes.