| Display title | Our Wormholes Are Different |
| Default sort key | Our Wormholes Are Different |
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| Page ID | 120734 |
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| Date of page creation | 21:27, 1 November 2013 |
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| Date of latest edit | 18:27, 10 December 2019 |
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Article description: (description)
This attribute controls the content of the description and og:description elements. | In reality, wormholes are purely a scientific conjecture, a consequence of the same equations that describe black holes. Being inconveniently located at (or near) the centers of said black holes, it is of course impossible to detect them, at least with current technology. The theoretical wormhole would, thanks to relativistic effects, close before anyone could get through it, no matter how fast they were traveling. One way to get around this could be to try to get through a wormhole inside a rotating black hole; but even then, you'd have to somehow survive being pummeled by literally all the radiation in the universe, and somehow not create any disturbance and collapse the wormhole altogether. Actually stabilizing the wormhole would theoretically require "exotic matter"... which would have, among other never-encountered qualities, negative mass... Needless to say, wormholes have remained a curiosity in the field of physics, and are certainly not being considered for practical travel anytime soon. |
