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Interstellar wormhole network.

Interstellar wormholes interconnect solar systems in a loose branching network. Almost every solar system has one or more interstellar wormholes near the primary sun. Not all solar systems are interconnected by wormholes. Wormholes create disjoint islands of interconnected solar systems.

Intergalactic wormholes interconnect galaxies in a loose branching network. Every galaxy has one or more intergalactic wormholes around the supermassive black hole at their core. All galaxies are interconnected by wormholes. There are two disjoint islands of galaxies in the intergalactic wormhole network; they form the regions of pvp-play and non-pvp play in the Shores of Hazeron Universe.

Starships use wormhole drives to travel instantly from one solar system to another through interstellar wormholes. Starships also use wormhole drives to travel instantly from one galaxy to another through intergalactic wormholes.

Star gates create a temporary wormhole to a destination solar system from which a preon was harvested. The destination system of a star gate could even be another galaxy, this of course require that the preon is from a star in that galaxy.

Interstellar positive wormhole.
Interstellar negative wormhole.
Artificial positive wormhole.
Artificial negative wormhole.
Intergalactic neutral wormhole.

Obstructed Wormholes

A wormhole can become obstructed by a celestial body that orbits across it. If a spacecraft emerge from a wormhole like that, the spacecraft is placed farther away from the destination sun until it doesn't hit anything.

The crew will not attempt to enter a wormhole that is obstructed by a celestial body.

Wormhole Pairs

All wormholes exist in pairs, either between two solar systems or two galaxies. The wormholes always point towards their other pair through the celestial host.


Each end of an interstellar wormholes has their own polarity, one end of the wormhole will have a positive polarity, the other end of the wormhole will have a negative polarity. It is possible that two wormhole pairs exist between two solar systems, in this case the polarity of each pair is always opposite of the other.

Traveling through a wormhole with a positive polarity requires a wormhole P drive or better, traveling through a wormhole with a negative polarity requires a wormhole PN drive or better.

Intergalactic wormholes are always neutral. Traveling through a wormhole with a neutral polarity requires a wormhole PNN drive.

The polarity of a wormhole can be identified by its color:

  • Positive wormholes are identified by blue, cyan and white colors.
  • Negative wormholes are identified by red, yellow and white colors.
  • Neutral wormholes are identified by blue and magenta colors.

Wormhole Types

There are three types of wormholes:

  • Natural interstellar wormholes that are present around a solar system's primary sun.
  • Natural intergalactic wormholes that are present around the supermassive black hole.
  • Temporary artificial wormholes are created by a star gate.