Breaching: Difference between revisions
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==Warp== |
==Warp== |
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Same principles that allow breaching also allow quite fast and efficient movement both in space and in atmospheres using "warp bubbles". These allow to compensate inertia and protect objects from collisions and friction during travel. |
Same principles that allow breaching also allow quite fast and efficient movement both in space and in atmospheres using "warp bubbles". These allow to compensate inertia and protect objects from collisions and friction during travel, at the cost of high energy consumption. |
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Latest revision as of 15:10, 5 October 2024
There are points at edges of star systems that allow dramatically accelerated travel to another warp point located near another star. This travel requires opening a "breach", a shortcut between two points in space, the process of opening one includes using sensitive, expensive machinery and expending significant amount of energy and time, depending on how big breach should be and how stable. Location of stars accessible by bridge is usually not possible to assess, either because they are too far to compare with EM sensors or perhaps completely unaccessible otherwise.
Warp
Same principles that allow breaching also allow quite fast and efficient movement both in space and in atmospheres using "warp bubbles". These allow to compensate inertia and protect objects from collisions and friction during travel, at the cost of high energy consumption.
