![]() All L-Gates are locked to the Terminal Egress. The subsequent gravitic lensing allows the L-gate to reach much farther then a primary gate, mainly, to the Terminal Egress gate in the Styx System, an extra-galactic star located several galactic radii from the Milky Way near the Magellianic Cloud. While a primary gate is always placed on the periphery of a Stars gravitic field, an L-gate is positioned above the event horizon of a black hole. L-Gates function under much the same principle, however unlike primary gates their gravitic anchor are black holes. If such a gate is blocked it becomes impossible for the quantum entanglement to occur and any object attempting to travel is simply rematerialized on the far side of the same gate it attempted to pass through. Primary Gates can be secured by the civilization that controls them by instituting gravitic filters, blocking access to certain gates in hostile nations. The energy strands then become entangled with the energy of the destination gate and reassembled on the other side. ![]() Once an object passes the event horizon of the gate it is broken up into its basic energy component (the strings, referenced in 20th century "string theory). The gateway uses the pull of a stars gravity well to communicate with other gates through the passage of gravitons in higher dimensions beyond normal Space Time. The Primary Gateway Network and the L-Gate Network, with the latter functioning as a means of extra-galactic travel to the L-Cluster.īoth Primary Gates and L-Gates function under a principle of quantum entanglement and gravitic lensing. The Gateway Network refers to the grouping of interstellar "gates" that allow for instantaneous travel from one gate to another, and together encompasses two seperate networks.
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