Superheavy oscillation

Superheavy oscillation is a phsical phenomenon discovered by Nasrin Sherazi. The phenomenon allows superheavy elements, which would otherwise be very unstable, exist together in what is known as an oscillated compound (not a true molecule, as there are no true chemical bonds).

In such a compound, large groups of superheavy atoms, are brought into a state of resonance by injecting energy and grouping them in a very specific way. Through this vibration, the atoms show superheavy oscilllation and become an oscillated compound.

This is only practical with relatively "stable" atoms with half-lives of minutes or hours, usually requiring them to be in an island of stability and have double magic numbers. Examples of oscillated compounds are the topromium family and adamantium.

Oscillation formula
Oscillated compounds are not designated using chemical formulas, but using oscillation formulas. For example: oc438(310)Sh3(308)Ps1. The "oc" means "oscillated compound", telling the reader that this is a oscillation formula. The first "1" denotes the number of atoms in the compound. The "310" and "308" denote the isotope and the "3" and the "1" denote the ratio. In this case that would mean 146 Persinium atoms and 292 Sherazium atoms.