Gluonion

= Information about Gluonions =

What is a Gluonion?
A gluonion is a particle that was first discovered from the hadron collider, later found to be naturally occuring in Tantalum-180m1 (the nuclear isomer with the longest half-life, without gluonions its half life is 32.5 seconds)

Gluonions are particles that can make radioactive atoms more stable, and even make a lot of radioactive atoms completely stable. For example, gluonianated uranium is a stable version of uranium that is completely safe to handle and emits nothing. Gluonions themselves can decay but they are not dangerous and it is actually preferred since it can make nearby radioactive objects less radioactive (making them beneficial)

Gluonion Decay
Gluonions themselves do not actually decay but they are ejected from an atom under these conditions:


 * The atom has too many gluonions. The scientific term for this is an overgluonianated isotope, the ejected gluonions attach to other radioactive atoms nearby and make them more stable.
 * The atom is too radioactive (emits too many beta/gamma particles) and the gluonions are not attracted to it.

A thing to note about a gluonion is that isotopes with half-lifes of less then 43 seconds are very hard to gluonianate and isotopes with half-lives less then 277 milliseconds are impossible to gluonianate as they are heavily repelled by it.

Stability Levels
Atoms with a half life less then 12 minutes are also unable to become stable with any amount of gluonions though they can get extremely long half lives (if an isotope has a half life of 10 minutes then its longest possible half life with any amount of gluonions will be 2*10²²)

How is a Gluonion represented on an atom?
Gluonions are represented as a shell with a number on it (they are not literally like this), the number meaning how many gluonions the atom contains.

= Applications of Gluonions =

What are the main applications of Gluonions?
The discovery of gluonions was groundbreaking for the entire science of atoms as it easily let scientists find out the properties of superheavy elements that were previously insanely hard to find out and were only theorized of. Many elements such as Dubnium and others were found the true properties and how they would react, and many other reactions and experiments were made that would be very hard to do.

One of these is the discovery of how heavy plutonium is, it is heavier than gold almost as much as osmium (this was found out before but it was the first time a scientist felt it with his own bare hands)

Other applications of Gluonions
A lot was used as it improved tech and even allowed scientists to create the legendary famous Obamium and a lot of elements previously only known as internet memes.