How is a jump line traversed?
Only two things are known to naturally traverse jump lines: tachyons and antigravitons. The former are subatomic particles which travel faster than light. The latter are the particle counterparts of gravitons, generated by specific matter/anti-matter reactions or some types of stars. They are ever-present in the universe, making up an all-encompassing antigraviton sea. Antigravitons naturally flow away from areas of high mass, along an antigraviton potential field and towards the Olivarez equilibrium boundary. Once they reach this point, antigravitons enter a jump point. Put more simply, antigravitons naturally flow away from areas with gravity and through jump lines. Humans have used two types of gravitic warping mechanisms to traverse jump lines: the Morvan and Akwende Drives (Hopper & Jump, respectively). More information on these may be found in section 3.
