how do you make a wormhole.?
115980
You need, in theory, two black holes at two points in spacetime to curve space so much that the two ends actually connect. These ends can be connected over space or over time so you can imagine using such a wormhole to timetravel or get really far really fast, if you're not destroyed by the black holes.
522523
When all matter, including light and time, is sucked into a black hole, an infinitely dense singularity occurs. With all this heavy-duty cosmic attraction going on, something has to give, right? Enter white holes. \n\nPut simply, the idea here is "what goes into a black hole must somehow come out." If a black hole tears the space-time fabric of "our universe" creating a wormhole, a white hole would be the entry point into the "other universe." Essentially, a white hole would be the mathematical exist that emits matter n light just opposite to black hole
372560
No wormholes. Just a big boom. A big, EXPENSIVE boom.
771512
You have just provided irrevocable proof that wormholes cannot exist which lead back to the same universe.\n\nThanks, thats my entire carreer in theoretical physics out the windows.\n\nYou B*stard!
984598
Search Google and SourceForge :)\n\nRawlyn.
258081
Time travel is pretty much a sure thing, at least to the past.  Tiny little wormholes pop up everywhere all the time.  If one were able to be captured, and then expanded to fit a person through (say with antigravity from the casimir effect or a lazer) a time machine could be made.  Now there are a couple of hoops to jump through of course.  Wormholes have TREMENDOUS pressure, they pretty much crush matter to a single point (called a singularity), so you would have to find a way to survive the trip.  Now, the wormhole has a beggining and an end, two sides like a tunnel.  Now, very large and very dense objects tend to slow down time, so does traveling very fast.  Drag one side of the wormhole next to something VERY dense, like say, a pulsar.  Leave it close to the pulsar and then it will experience time differently than the other side of the wormhole.  Leave it there until there is a time differential between the two that you are satisfied with (like say a year or whatever), and then drag it back right next to the other end of the tunnel.  Now you have two holes in space/time in reletively the same place, but if you walk through one side, you will come out right next to it, but in a different time, dictated by that time differential that you created.\n\nThere are of course paradoxed assciated with this.  One is the famous killing your mother paradox.  If you go back in time and kill your mother, you will not exist.  BUT, if you do not exist you could not have killed your mother and therefore you DO exist and you kill her etc etc etc.  How about a scientist which goes to the future a couple of years, opens up a scientific journal, takes quick notes of a new theory, and goes back to his time and gives the info to one of his students.  This studen then works a few years perfecting the theory and has it published.  This just so happens to be the journal that the scientist had read.  Where did the information come from in the first place, did it just appear out of nowhere?  There are lots of logical problems with this, but by the time we manage to develop the technology necessary to do all this we'll probably have figured it all out.
915800
http://www.sciencebuddies.org/mentoring/project_ideas/home_Phys.shtml?gclid=CNDljtrK6IgCFQ7eSgodNw4Ssg\n\nthere are MANY projects available getting more complex as you come to the bottom of the page.
682490
In physics, a wormhole is a hypothetical topological feature of spacetime that is essentially a "shortcut" through space and time. A wormhole has at least two mouths which are connected to a single throat. If the wormhole is traversable, matter can 'travel' from one mouth to the other by passing through the throat.\n\nThe name "wormhole" comes from an analogy used to explain the phenomenon. If a worm is travelling over the skin of an apple, then the worm could take a shortcut to the opposite side of the apple's skin by burrowing through its center, rather than travelling the entire distance around, just as a wormhole traveller could take a shortcut to the opposite side of the universe through a hole in higher-dimensional space.
989306
A very good question but one that we don't know the answer to yet.  It is a hypothetical situation that could create a wormhole or perhaps the center of a blackhole is where this kind of phenomenon occurs.  The bottom line is that there is no hard evidence of this but it seems possible according to mathematical models.
1146321
To the poster above me (Sunny), black holes don't necessarily imply wormholes.  Wormholes (or more formally, Einstein-Rosen Bridges) are theoretical constructs and haven't been shown to be remotely plausible yet.\n\nBesides, theoretically wormholes are extremely unstable and it takes a wormhole a few miles large to fit a relatively small object through.   That's if they exist the same way as this particular theory you're using says they do.  There are multiple different theories of the wormhole.\n\nSo no, this is science fiction not science fact, no matter how intriguing it sounds.  It may make for an interesting story, but is just an idea\n\nAnyhoo.  To the question at hand.\n\nBlackholes have been shown to interact with surrounding portions of space-time geography in certain ways (such as the normal laws of physics getting thrown out the window), time dilation, matter being (for sake of a shorter explanation) ripped to shreds and spiralling into the singularity, massive gravity fields, event horizons.\n\nSo far, none of the "typical" the sort of black hole behavior above has ever been observed to have any effect on Earth (though there is some affect from the supermassive black hole at the center of the galaxy).  And look at it this way, if the Earth were to cross paths with a black hole hell-bent on swallowing our planet, would the black hole just focus on one area of the planet?\n\nProbably not.  Even if the conditions happened just right so that a our planet came into the path of a black hole, it'd affect the whole planet, not just one specific and arguably small area.  There is evidence that a black hole affects our planet, but not in a specific area; the super-massive black hole at the center of our galaxy keeps our star in a faster orbit than possible if the black hole did not exist.  (Am interesting theory says the formation of a supermassive black hole is actually key to galaxy creation).\n\nGenerally speaking I don't buy into Bermuda Triangle/ Aliens/ Mysticism of any form but it's hard to deny something odd is being reported from there.  However, most of it's bunk.  Check out the Skeptic's Dictionary link below and they'll lay out why the Bermuda Triangle isn't really all that different from any other part of the ocean.
62202
ASSEMBLING A CONSTELLARIUM \nGRADE: All\n \n\nCONCEPT:\nConstellations are recognizable patterns of star groups in the night sky.\n\n \n\nMATERIALS NEEDED:\nA) OATMEAL BOX OR ROUND ICE CREAM CARTON\n\nB) CARDBOARD DISKS\n\nC) FLASHLIGHT\n\n \n\nPROCEDURE:\nCut out the center of the carton lid so that there is a 1/4" frame left around the edges of the top. Cut several cardboard disks so that they fit tightly into the lid. Punch out a pattern of one constellation in each disk. Make larger holes for the brighter stars and smaller holes for the dimmer stars in each constellation. Cut a hole in the bottom of the carton just large enough so that the large end of a flashlight fits into it exactly. Put one of the circles with the punched out pattern of the constellation on it into the lid of the carton and place the lid on the carton. Go into a dark room. Turn the flashlight on and the constellation can be projected.\n\n \n\nIf several children make their own constellariums, each child can project a different constellation on the ceiling at the same time. Thus, a pattern of the night sky might be shown as it is normally seen around the North Star.
823216
Yes!\n\nWell, in theory, at least.\n\nThe "Time Machine" would require the existence of a worm hole - something that scientists believe may exist in theory. Sadly, of course, we haven't actually found one yet, so this is all pie-in-the-sky, but if we *did* find a worm hole, then it's dead easy! (Sort of.)\n\nHere's how we do it.....\n\nFirst, find your worm hole.\n\nSecond, drag one end of the worm hole across space until it is next to the other end.\n\nThird, drag the end of the worm hole round and round the other end, at a speed as close to the speed of light as you can.\n\nNow, as we all know (don't we?) time travels more slowly for a moving clock. (Actually, this has been proved to be true, but that's something for another question - ask and I'll tell you how they proved it.) So, since time is travelling more slowly for the end of the worm hole that you're dragging around it will slip into the past relative to the end that isn't moving.\n\nLastly, simply jump in the end that you've been dragging around and you'll appear out the other end in the future. Then do it again and appear even further in the future. Repeat until you are as far into the future as you want to be.\n\nOnce you've got bored with the future (as if!) just go around the other way and you'll go back in time until you arrive back at the time you started.\n\nYou can't use it to go back into the past though, because you'll simply return to a time before you made your time machine i.e. before you dragged the other end across space.\n\nSee? It's easy! LOL
1093002
the theories of time travel are extremely complex. it is often mistaken that one can use radiation or electro-magnetics to warp space into  an alternate reality. one of the popular theories of time travel is only from a certain point. what I'm saying is that we will not be able to visit this time from the future. \n\na few theories are;\n\n1: warping the very fabric of space, then accelerating to near the speed of light through the folds. the speed would then turn you body into pure energy, eventually reformulating somewhere in the future. Problems: 1; to warp space fabric would require more energy than it takes to make a black hole. 2; this is my personal theory.\n\n2: do you know how a worm-hole works? if not, ignore this section. but take an opening of a worm-hole and some how place by a point of high gravity (a neutron star). while at the same time directing negative energy at both openings in order to keep them from collapsing into a black hole. time slows down in super-high gravity, therefore if you throw yourself into the opening with no gravity, you'll wind up in the past. and vise-versa. Problems; 1; worm-hole technology is beyond our reach at this time. 2; worm-holes are flickering in and out of existence every infinitely small spec of time, therefore it is difficult to isolate one.\n\nas for what time travel exactly is, i could go one for about three pages.\n\nI'm a nerd. \n\nStargazer.
72176
If you're asking about some mass being accelerated up to and beyond the speed of light, no it is NOT possible. Einstein theorized that the faster an object moves, the greater will become its mass. This increased mass would require more energy to accelerate it even more, which in turn would increase its mass, which would require more energy to go faster, etc., etc.,. Ultimately to get this object up to the speed of light would require infinite energy, and that's impossible. This isn't just theory anymore either; mass increase versus velocity has been observed countless times in modern particle accelerators.\n\nOf course there are plenty of sci-fi novels, TV shows and movies (like Star Trek and warp drive) where things move faster than light, but unless someone can find a way around Einstein and all the evidence that he was right we'll never be able to attain FTL travel.\n\nBy the way...worm holes don't provide a way to MOVE faster than light. So-called worm holes, if they exist at all, are nothing more than short cuts; going through a worm hole you'd still have to obey the speed limit imposed by Einstein.\n\nPersonally I hope that some day some radically new branch of physics is found that would allow us to get around Einstein, but right now it doesn't look too good.
878573
You wanted a serious answer so here goes.\n\nWhat you ask is impossible to put into practise. It is impossible under Einsteins theory for anyone to travel at the speed of light.\n\nSimply put I will try to explain why,, as you approach the speed of light matter expands or rather the mass does. According to the research , the speed of light would produce infinite mass so it is impossible to travel at that speed.\n\nThat's were the theory of worm holes came about, by creating a rip through space you can jump if you like from one point to another, crossing several light years of travel in an instant. But as you have made use of a warp in space itself you don't actually go the speed of light.\n\nSo basically, you cannot answer your question,, I can see were you get this idea from though as it is true that the faster an objects velocity is, the slower time passes for that object.\n\nThis was proven some 50 years ago by use of atomic clocks on a plane, one flew round the world while the other remained in London. When they were brought together it was noted that time passed slower for the moving clock.\n\nHope this helps.
417388
In order to answer your question, we had to leap into the theoretical rabbit hole of quantum physics. Ready to go for a ride? \nThe armchair astronomer is probably more familiar with the concepts of black holes and wormholes, which help explain the very theoretical idea of white holes. Yahoo! Reference defines a black hole as a cosmic body with a gravitational force so strong that no matter, not even light, can escape its pull. A wormhole is a theoretical wrinkle or "shortcut" that connects two disparate points in space or time, much like a tunnel or a bridge. \n\nAs exciting as such an intergalactic transit system sounds, most astronomers and physicists agree that wormholes are probably more science fiction than fact. As this excellent source informs us, there is no evidence to support the existence of wormholes. But for the sake of understanding white holes, let's assume wormholes do exist. \n\nWhen all matter, including light and time, is sucked into a black hole, an infinitely dense singularity occurs. With all this heavy-duty cosmic attraction going on, something has to give, right? Enter white holes. \n\nPut simply, the idea here is "what goes into a black hole must somehow come out." If a black hole tears the space-time fabric of "our universe" creating a wormhole, a white hole would be the entry point into the "other universe." Essentially, a white hole would be the mathematical representation of the black hole in reverse, only it wouldn't physically exist.
107320
Well,one possible way,in the disntant future,we may be able to make wormholes.This is a shortcut through space and time in which we could get to the moon extremely quickly.Picture a flat piece of paper.If there are dots on both sides of the paper,you would think the fastest way is a straight line.But a wormhole means you would fold the paper in half and it would be much quicker to get there.The two dots are right next to each other.That path would be a wormhole.It's a lot easier to see rather than write,but thats basically it.