Difference between revisions of "Microwormhole"
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==Development== | ==Development== | ||
| − | The first microwormholes developed in particle accelerators were found to be highly unstable and collapsed instantaneously. The advent of the discovery of macroscopic negative energy production heralded sudden failures in wormhole production. These failures, which ended in runaway exothermic reactions, were thought to be caused in part by causality violations. By moving the wormholes away at high speeds, scientists were able to stabilize them with negative energy and communicate between them at faster-than-light speeds before euthanizing the wormholes. It is postulated that causality-based collapses could be prevented by disallowing looping, or Roman Ring configurations. This is however difficult to test, as producing this configuration is theorized to unmake the current reality. | + | The first microwormholes developed in particle accelerators were found to be highly unstable and collapsed instantaneously. The advent of the discovery of macroscopic negative energy (or [[negamass]]) production heralded sudden failures in wormhole production. These failures, which ended in runaway exothermic reactions, were thought to be caused in part by causality violations. By moving the wormholes away at high speeds, scientists were able to stabilize them with negative energy and communicate between them at faster-than-light speeds before euthanizing the wormholes. It is postulated that causality-based collapses could be prevented by disallowing looping, or Roman Ring configurations. This is however difficult to test, as producing this configuration is theorized to unmake the current reality. |
==Deployment== | ==Deployment== | ||
To enable superluminous travel between distance stars, microwormholes are boarded onto [Daedalus (ship)| Daedalus transports] and flown to their destination. Upon arrival, the wormhole is settled somewhere and expanded, often while contained within an airlock. Wormholes between important economic centers are expanded the most, with the largest modern wormholes being between Earth and [[Bellona]], and Earth and [[Sirius]]. | To enable superluminous travel between distance stars, microwormholes are boarded onto [Daedalus (ship)| Daedalus transports] and flown to their destination. Upon arrival, the wormhole is settled somewhere and expanded, often while contained within an airlock. Wormholes between important economic centers are expanded the most, with the largest modern wormholes being between Earth and [[Bellona]], and Earth and [[Sirius]]. | ||
Revision as of 09:43, 17 May 2017
A microwormhole is a stabilized 2-way Traversable Wormhole separated into an entrance and exit module. Microwormholes are most commonly used by Daedalus Transports to open new areas of the galaxy to human colonization and exploitation.
Development
The first microwormholes developed in particle accelerators were found to be highly unstable and collapsed instantaneously. The advent of the discovery of macroscopic negative energy (or negamass) production heralded sudden failures in wormhole production. These failures, which ended in runaway exothermic reactions, were thought to be caused in part by causality violations. By moving the wormholes away at high speeds, scientists were able to stabilize them with negative energy and communicate between them at faster-than-light speeds before euthanizing the wormholes. It is postulated that causality-based collapses could be prevented by disallowing looping, or Roman Ring configurations. This is however difficult to test, as producing this configuration is theorized to unmake the current reality.
Deployment
To enable superluminous travel between distance stars, microwormholes are boarded onto [Daedalus (ship)| Daedalus transports] and flown to their destination. Upon arrival, the wormhole is settled somewhere and expanded, often while contained within an airlock. Wormholes between important economic centers are expanded the most, with the largest modern wormholes being between Earth and Bellona, and Earth and Sirius.
