No but I ,a 13 year old, have designed an experiment that could make one that we could use to time travel. If you want to see the experiment plan follow this link...
http://www.ireport.com/docs/DOC-367891#
Wormholes are highly hypothetical; there is no evidence that they exist, or even that they can exist.
A wormhole, if you were to dive into it, can take you anywhere in space or time. So say the science-fiction delighters, who ignore the fact that you can't survive a leap into a wormhole. Wormholes are hypothetical, mathematically possible but unobserved and therefore hypothetical. If a wormhole were to take you back in time, it could only take you as far back as the age of the wormhole. A wormhole has two ends, an in and an out. Imagine the out end oscillating at the speed of light from the moment the wormhole forms. Time stops for that end of the wormhole relative to the in end which oscillates at a leisurely pace in this illustration. Imagine you leave the wormhole from its birth for a year and then leap into the in end. You would emerge from the out end a year into the past. Imagine leaving the wormhole for a century. You could jump in and emerge from the out end a century into the past. But you can't travel back to a time older than the wormhole.
It has been hypothesised that it could be possible, but would require large amounts of "exotic energy" to do so.The problem is that any "wormhole", should one be created, is so unstable, that it would collapse as soon as a change in mass was detected.
The creation of a wormhole typically involves connecting two separate points in spacetime, so both ends generally need to be created simultaneously in order to establish a stable passage. The theory of wormholes is speculative and not yet proven, so the exact mechanisms of their creation are still purely theoretical.
Space stations that have been created so far, like the International Space Station, are not very large so it would be difficult to get lost inside them.Space stations that have been created so far, like the International Space Station, are not very large so it would be difficult to get lost inside them.Space stations that have been created so far, like the International Space Station, are not very large so it would be difficult to get lost inside them.Space stations that have been created so far, like the International Space Station, are not very large so it would be difficult to get lost inside them.Space stations that have been created so far, like the International Space Station, are not very large so it would be difficult to get lost inside them.Space stations that have been created so far, like the International Space Station, are not very large so it would be difficult to get lost inside them.Space stations that have been created so far, like the International Space Station, are not very large so it would be difficult to get lost inside them.Space stations that have been created so far, like the International Space Station, are not very large so it would be difficult to get lost inside them.Space stations that have been created so far, like the International Space Station, are not very large so it would be difficult to get lost inside them.Space stations that have been created so far, like the International Space Station, are not very large so it would be difficult to get lost inside them.Space stations that have been created so far, like the International Space Station, are not very large so it would be difficult to get lost inside them.
Is it possible to 'layer' wormholes? In a normal wormhole you can travel faster than light, but it still takes time to get from point A to point B, so my question is 'can you make a wormhole inside a wormhole so one can skip the time factor'? Using a wormhole you can skip space but you cannot skip time. You can exceed the 'expectation of transit time' by using a worm hole but that is only because the wormhole allows you to use an alternate route. While using the worm hole you are not violating the speed of light. Theoretically you can layer wormholes (as so far they only exist in theory) but no matter how many layers you use you are still always adhering to time relativity.
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