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** Noise pollution and damage concerns probably rule this one out; birdstrike would be a terrible issue, there are only a few conceivable places it could be placed safely away from natural population centers [[hottip: Canada, Russia, Australia, the Pacific Ocean, and parts of the American Midwest]], it's a constant sonic boom which would pretty much ruin any environment it was around and require serious ear protection, and if it ever fell it would strike like a nuclear bomb without the radiation.
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*** Some jets fly up to eight miles without problems, and the world record is three times that. Hitting a space elevator with a jet might not seriously damage the elevator itself (but then again, it might, depending on how the thing works), but would certainly destroy any cargo on the elevator below it, and anything that cargo lands on. [[SarcasmMode Good thing terrorists have never used jets as weapons before]]...
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* In short ladies and gentlemen, all currently proposed forms of space elevator and the like are perfectly well in fiction but are have major design flaws that make them unworkable in real life, which were only exposed with the beginning of taking the ideas seriously.
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* A space elevator enables the premise of Frank Schätzing's novel ''Limit''. (Which is: The worthwhile mining for Helium-3 on the moon.)

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* A space elevator enables the premise of Frank Schätzing's novel ''Limit''.''{{Limit}}''. (Which is: The worthwhile mining for Helium-3 on the moon.)
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* The idea sounds great on paper. There is a fundamental problem that will need to be overcome: the nanotubes themselves. Most work has focused on growing small tubes about the diameter of human hair and smaller, and yes, they're very strong at that scale (strong in terms of [[http://en.wikipedia.org/wiki/Engineering_stress#Uniaxial_stress mechanical stress]], not force, that is). Most engineering materials, when made to that precisely, are very strong, approaching the absolute maximum theoretical strength based on the molecular bonds of the crystalline matrix and far stronger than they are in practical. The reason for this is that these filaments are near perfect crystals (assuming the material is crystalline, which carbon nanotubes, being a type of [[http://en.wikipedia.org/wiki/Fullerene fullerene]], are) As the dimensions of a specimen increase, the amount of flaws in the microstructure (e.g. voids, kinks, extra molecules, etc.) increase which significantly reduce the strength and provide nucleation points for macrostructural flaws. Even assuming you could make a perfect, long monofilament nano-tube, you would need to align them to maximize the strength, which would present a whole other set of problems. Complicating this is the fact that nanotubes form spontaneously under the right conditions, which is awesome on one hand, but a bitch when the process needs to tightly controlled...and I think I've ranted long enough.
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[[folder:Web Original]]
* In ''Literature/ThePentagonWar'', the bigger asteroids in the Human-Centauri star system have space elevators to ferry cargo and passengers from the space stations to the surface. They can get away with it because the surface gravity of these asteroids is only 0.5%-1% of Earth's, so the elevator cables won't snap under their own weight.
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* And with a G-force 36 times the maximum humans can survive. The purpose of a space elevator is to allow moving humans into space with more safety, reusability, and resistance to environmental conditions than the Space Shuttle could. Cost and speed are less of factors than reliability and controlled acceleration.




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** The series also makes a point out of how incredibly fragile such a structure would be. ''Nobody'' wants to fight around those things since even the slightest damage could cause the whole structure to collapse (and leave a third of the world without electrical power). [[spoiler:Naturally, in the proud Gundam tradition of [[ColonyDrop dropping large objects onto Earth]], one of the towers is damaged late in the series and is forced to jettison its outer shell in order to remain upright and balanced. The damage from the millions of tons of falling debris is nothing short of devastating.]]
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*We could combine the launch loop with the mass driver and have a giant toy racecar track to launch stuff into space for the {{rule of cool}} of a giant loop of two magnetic bars, firing objects into space at 2.5 kilometres per second!!!!!
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** The Covenant destroy the very first one in Halo 3: ODST, via the damage inflicted on in in Halo 2. The very first space elevator was in New Mombasa.
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* A space elevator extends up from the Capital in ''EurekaSeven'', though it's only shown a handful of times. It's called the Megaroad in the movie.
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* The world of ''{{Syndicate}} Wars'' has one in Colombo, Sri Lanka, a ShoutOut to ArthurCClarke who lived there. You [[http://www.youtube.com/watch?v=Twl1TC-LupM take a ride on it]] in the final missions.
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speling erorr fixed


** Another one is destroyed above Earth by the [[SuperSoldier Spartans]] during thr fight with the [[ScaryDogmaticAliens Covenant]].

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** Another one is destroyed above Earth by the [[SuperSoldier Spartans]] during thr their fight with the [[ScaryDogmaticAliens Covenant]].
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The best materials science we have today tells us that the only known material with a high enough strength-to-weight ratio would be carbon nanotube cable. We don't have the ability to manufacture it in the lengths needed. Yet. Other theoretical methods include dynamic-support, essentially a stream of magnetized bullets whose momentum pushes up the cable. The idea is surprisingly plausible from a physics standpoint, is judged as medium-hard on the [[MohsScaleOfSciFiHardness Mohs Scale]], and would, once the construction cost was paid off, reduce the cost of putting payloads into orbit. [[ArthurCClarke It's been said]] that we could have a working space elevator about 50 years after everyone stopped laughing. Most of them have.

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The best materials science we have today tells us that the only known material with a high enough strength-to-weight ratio would be carbon nanotube cable. We so far don't have the ability to manufacture it in the lengths needed. Yet.needed. Other theoretical methods include dynamic-support, essentially a stream of magnetized bullets whose momentum pushes up the cable. The idea is surprisingly plausible from a physics standpoint, is judged as medium-hard on the [[MohsScaleOfSciFiHardness Mohs Scale]], and would, once the construction cost was paid off, reduce the cost of putting payloads into orbit. [[ArthurCClarke It's been said]] that we could have a working space elevator about 50 years after everyone stopped laughing. Most of them have.
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* Charles Sheffield's novel ''The Web Between the Worlds'' was published almost simultaneously with Clarke's, and bears some close similarities, including a near miss with the name of the protagonist. However in a foreword to Sheffield's novel, Clarke discounts any suggestion of plagiarism, pointing out merely that the space elevator was an idea whose time had come.
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*** Considering the resources terrorist organizations generally have at their disposal, they'd be hard pressed to launch an attack over ten thousand miles above the Earth's surface. For a sufficiently powerful attack to be carried up on the elevator itself, security would have to be appallingly bad.

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*** Considering the resources terrorist organizations generally have at their disposal, they'd be hard pressed to launch an attack over ten thousand miles above the Earth's surface. For a sufficiently powerful attack to be carried up on the elevator itself, security would have to be [[LexLuthorSecurity appallingly bad.]]

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* One ''{{xkcd}}'' comic suggests that, since a space elevator will be built 10 years after everyone stops laughing, all we have to do is put ''{{Mind of Mencia}}'' [[TakeThat on every channel]] and wait.

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* One ''{{xkcd}}'' comic suggests that, since a space elevator will be built 10 years after everyone stops laughing, all we have to do is put ''{{Mind of Mencia}}'' [[TakeThat on every channel]] and wait. wait.
** A later one illustrates a [[http://xkcd.com/697/ rather severe setback]] in such an elevator's grand opening.
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The best materials science we have today tells us that the only known material with a high enough strength-to-weight ratio would be carbon nanotube cable. We don't have the ability to manufacture it in the lengths needed. Yet. Other theoretical methods include dynamic-support, essentially a stream of magnetized bullets whose momentum pushes up the cable. The idea is surprisingly plausible from a physics standpoint, is judged as medium-hard on the [[MohsScaleOfSciFiHardness Mohs Scale]], and would, once the construction cost was paid off, reduce the cost of putting payloads into orbit. [[ArthurCClarke It's been said]] that we could have a working space elevator about 50 years after everyone stopped laughing.

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The best materials science we have today tells us that the only known material with a high enough strength-to-weight ratio would be carbon nanotube cable. We don't have the ability to manufacture it in the lengths needed. Yet. Other theoretical methods include dynamic-support, essentially a stream of magnetized bullets whose momentum pushes up the cable. The idea is surprisingly plausible from a physics standpoint, is judged as medium-hard on the [[MohsScaleOfSciFiHardness Mohs Scale]], and would, once the construction cost was paid off, reduce the cost of putting payloads into orbit. [[ArthurCClarke It's been said]] that we could have a working space elevator about 50 years after everyone stopped laughing.
laughing. Most of them have.
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Compare StarScraper.
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* It's a way to multiplanetary amusement park in ''SonicColors''.

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* It's In ''SonicColors'', this is how Eggman's AmusementParkOfDoom is accessed. This being a way to multiplanetary amusement park in ''SonicColors''.''Sonic'' game, of course, you eventually [[EscapeSequence descend]] [[RuleOfCool on foot.]]
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* It's a way to multiplanetary amusement park in ''SonicColors''.
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* ''OldMansWar'' by JohnScalzi has a space elevator. Its center of mass is too low to be physically reasonable; this is used as an indication that the Colonial Union, who built it, is hiding technology up its sleeve.

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* ''OldMansWar'' ''[=~Old Man's War~=]'' by JohnScalzi has a space elevator. Its center of mass is too low to be physically reasonable; this is used as an indication that the Colonial Union, who built it, is hiding technology up its sleeve.
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** ''The Last Theorem'' also features a space elevator, which like the one in ''The Fountains of Paradise'' is built in Sri Lanka, far from the equator. An author's note explains, tongue-in-cheek, that for ''The Fountains of Paradise'' he moved Sri Lanka south until it rested on the equator, and for ''The Last Equation'', to make a change, he moved the equator north.
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* There, well, was a space elevator in [[Generator Rex]]
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* The ''{{Traveller}} 2300'' TabletopRPG had the "Beanstalk" adventure, which involved a SpaceElevator on the planet Beta Canum.

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* The ''{{Traveller}} 2300'' ''[=~2300 AD~=]'' TabletopRPG had the "Beanstalk" adventure, which involved a SpaceElevator on the planet Beta Canum.Canum Venaticorum.
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* ''MegaManX 8'''s problems eventually revolve around a Space Elevator. Sort of. As is typical for a MegaMan game, an entire level is built around riding the Space Elevator to the top.

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* ''MegaManX 8'''s problems eventually revolve around a Space Elevator. Sort of. As is typical for a MegaMan Mega Man game, an entire level is built around riding the Space Elevator to the top.



*** Um... robots don't breathe, and X and Zero probably have [[BuffySpeak some kind of pressure/vacuum handling system... thing]], since they've gone really deep underwater, and in space before.

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*** Um... robots don't breathe, and X and Zero probably have [[BuffySpeak some kind of pressure/vacuum handling system... system...thing]], since they've gone really deep underwater, and in space before.
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Many works of fiction suggest building a prototype on the Moon or Mars (before tackling Earth), as the lower gravity makes it easier (and safer in case something [[GoneHorriblyWrong goes wrong]]).

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Many works of fiction suggest building a prototype on the Moon or Mars (before tackling Earth), as the lower gravity makes it easier (and safer in case something [[GoneHorriblyWrong goes wrong]]).
wrong]]). Those suggesting Mars are reasonable. Those suggesting the Moon are failing to take into account problems associated with its slow rotation (its only "synchronous orbits" are the Lagrange Points, a very long way from the surface).
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* Even better than those two is a [[http://en.wikipedia.org/wiki/Mass_Driver#On_Earth Mass Driver]]. Which is basically a 100 plus kilometer long space gun.
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* In the TV speculative documentary titled "2057", predicts several of these by, well, [[ExactlyWhatItSaysOnTheTin 2057]]. Unfortunately, the screw it up by [[CriticalResearchFailure placing the base station only 300 kilometers up]]. Even more bizarre as they had a prominent phyicist (Michio Kaku) as host.

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* In the TV speculative documentary titled "2057", predicts several of these by, well, [[ExactlyWhatItSaysOnTheTin 2057]]. Unfortunately, the they screw it up by [[CriticalResearchFailure placing the base station only 300 kilometers up]]. Even more bizarre as they had a prominent phyicist (Michio Kaku) as host.
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** Another one is destroyed above Earth by the [[SuperSoldier Spartans]] during thr fight with the [[ScaryDogmaticAliens Covenant]].

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