Although often called the "Slipspace Highway" by civilian pilots, the similarity of the SF-Space Network to a physical road system is only analogous. Shaw-Fujikawa Space is dangerously unpredictable even to the most tenured astrophysicists, and the physical laws that govern its existence are difficult to comprehend even in eleven-dimensional mathematics. Even the difficulty of entering and exiting the dimension makes travel potentially catastrophic, and requiring much pre-planning. For this reason, the UNSC Departments of Astrophysics and Astronavigation established the Shaw-Fujikawa Space Network in 2340 as a means both of making interstellar travel more affordable and safer, and of bringing it under closer scrutiny to prevent its abuse. Since then, the expansion of humanity has grown to
| Attributes | Values |
|---|
| rdfs:label
| - UNSC Shaw-Fujikawa Space Network
|
| rdfs:comment
| - Although often called the "Slipspace Highway" by civilian pilots, the similarity of the SF-Space Network to a physical road system is only analogous. Shaw-Fujikawa Space is dangerously unpredictable even to the most tenured astrophysicists, and the physical laws that govern its existence are difficult to comprehend even in eleven-dimensional mathematics. Even the difficulty of entering and exiting the dimension makes travel potentially catastrophic, and requiring much pre-planning. For this reason, the UNSC Departments of Astrophysics and Astronavigation established the Shaw-Fujikawa Space Network in 2340 as a means both of making interstellar travel more affordable and safer, and of bringing it under closer scrutiny to prevent its abuse. Since then, the expansion of humanity has grown to
|
| dbkwik:halo-fanon/...iPageUsesTemplate
| |
| dbkwik:halofanon/p...iPageUsesTemplate
| |
| abstract
| - Although often called the "Slipspace Highway" by civilian pilots, the similarity of the SF-Space Network to a physical road system is only analogous. Shaw-Fujikawa Space is dangerously unpredictable even to the most tenured astrophysicists, and the physical laws that govern its existence are difficult to comprehend even in eleven-dimensional mathematics. Even the difficulty of entering and exiting the dimension makes travel potentially catastrophic, and requiring much pre-planning. For this reason, the UNSC Departments of Astrophysics and Astronavigation established the Shaw-Fujikawa Space Network in 2340 as a means both of making interstellar travel more affordable and safer, and of bringing it under closer scrutiny to prevent its abuse. Since then, the expansion of humanity has grown to encompass eight hundred colonies in hundreds of star systems, requiring an elaborate network of routes in the UNSC database, and the equipment to monitor and maintain these routes.
|
![[RDF Data]](/fct/images/sw-rdf-blue.png)