Neutral Matter

Strange matter is a type of matter which is composed of neutral particles.
==Neutral Particles==
Neutral particles have the same mass as their regular counterpart, but their charge is imaginary (If an electron has charge -1, a neutrelectron has charge -i). Bosons are only stable as neutral particles, which is why they do not have antiparticle versions. The symbols of neutral particles are the symbols of their regular counterparts with a tilde (~) on top.
Here is a list of neutral particles:
=== Neutrequarks ===
* Up Neutrequark (Charge: \frac{2}{3}i)
* Charm Neutrequark (Charge: \frac{2}{3}i)
* Top Neutrequark (Charge: \frac{2}{3}i)
* Down Neutrequark (Charge: -\frac{1}{3}i)
* Strange Neutrequark / Neutrestrange (Charge: -\frac{1}{3}i)
* Bottom Neutrequark (Charge: -\frac{1}{3}i)
=== Others ===
* Neutrelectron
* Neutrelectron neutrino
* Neutral muon
* Neutral muon neutrino
* Neutral tau
* Neutral tau neutrino
== Generation ==
Non-boson neutral particles are very hard to generate. Here are some ways to get them:
* Decompose quarks or antiquarks into strings and combine them again into neutral matter
* Go out into an exaversal void to collect them as rare background radiation
* Extract them from purple quettagiants
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