Blueprint Gene

Blueprint genes are sets of blueprint particles that are present within all elementary particles and dictate their properties. All of the blueprint particles are in a binary state ("on" or "off"). These genes are written in the most efficient binary language logically possible, although nobody yet has been able to decipher this language. The more mass a particle has, the larger its blueprint gene. However, the blueprint gene is not the only place where there are blueprint particles in other particles. They're found within Preprimordium Particles.
== Mutation ==
Blueprint genes are very hard to change, but it is possible to change a blueprint gene by a process called quantum mutation. Mutated particles will have different properties than their normal counterpart. Here is a list of mutations the particle can get:
* More mass (M+)
* Less mass (M-)
* Positive charge (C2+)
* Negative charge (C2-)
* Stronger charge (C+)
* Weaker charge (C-)
* Charge removal (CZ)
* Positive spin (S2+)
* Negative spin (S2-)
* More spin (S+)
* Less spin (S-)
* Spin removal (SZ)
* Higher lifetime (L+)
* Lower lifetime (L-)
* Complete stability (LΩ)
* More hadron compatibility (H+)
* Less hadron compatibility (H-)
Category:DiggyPT's pages
Category:Class -1
Category:Particle
Category:Smaller than elementary particles
Category:Navigable