Repulsor Field

A repulsor field is a type of subatomic force which repels atoms and other subatomic particles. Repulsor fields were discovered by Galanthian scientists while experimenting with subatomic fusion. A repulsor field can be compared to a magnetic field, by which both occur naturally and can be declared as 'phenomenons'. While visible in atmospheres in which gasses are present, repulsor fields are virtually invisible in space. This is caused by the movement of gas particles within a gaseous environment which makes the field visible; it is, however, possible to observe a repulsor field in the vacuum of space by causing it to interact with an object. When interacting with a foreign object, the field produces a slight movement of light which is caused by the field interacting and agitating electrons within the foreign object.

Repulsor fields have proven themselves to be incredibly useful in atmosphere and out of atmosphere. Weapons created using repulsor fields are exceptionally powerful as they utilize a field to propel a projectile at an increasing speed over long distances. These weapons function by using a Repulsor which generates a field behind the projectile, increasing its speed exponentially.

Repulsor fields are generated by certain elements when combined at high temperatures or when placed in a centrifuge. Similar to magnetic fields, repulsor fields do not alter the elements used to create them.

For example, melting Pheronsonizite and Holmium together will create a repulsor field around the newly created compound. This repulsor field will remain active until the elements are separated or the field is deactivated by an ion disruptor.