Large Hadreon Collider
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I'm not sure a date has been set yet. It is currently under construction, and scheduled to start operation in 2007.\n\nIn February, the 1000th superconducting dipole magnet was delivered to CERN - 232 more are needed for the LHC. 'The production is proceeding well and we expect to be complete in October as foreseen,' said Lucio Rossi, Head of the Magnets and Superconductors Group (AT-MAS).
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This conversion is done daily at particle accelerators. The problem is that it is exceedingly difficult to produce much matter this way since anti-matter is always produced at the same time and because the energies needed are huge. So you will never seea hunk of matter that was produced this way, you can see the tracks of the particles that have been.
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The only link you need:\n\nhttp://hyperphysics.phy-astr.gsu.edu/hbase/hframe.html\n\nHint:  look under "Mechanics"
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First, I would rule out warp speed.  The acceleration to reach it would smash a person to death and it would be very hard to impossible to travel faster than energy (the speed of light (E=mc^2).\n\nA replicator, would be very hard to accomplish.  You'd basically have to have a nuclear reactor to create the different molecules and one heck of a computer to align them all perfectly.  Then after all of that, is it economically feasible with as much energy as you'd expend, definitely not.\n\nThat leaves the holodek and cloaking.\n\nThe holodeck can partially already be done. Holograms can be projected to look like a person is standing there, but the problem with a holodek would be creating the force fields that are used so you can actually feel what projection looks like.  I doubt the force field could be created very easily, especially to that degree of feel without hurting the person who touches it.\n\nSo that leaves us with one left, cloaking.  Cloaking very easily could be possible if it isn't already possible.  Basically cover whatever object you want to hide in LCD screens and use cameras to record the surroundings around the object.  The views could be fed into the computers and onto the screens, making it look like the object wasn't even there from a distance.  I believe they showed something similar to that on one of James Bond's cars in a James Bond film.
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HIGH SILICON STEEL IN XFORMER CORE.
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http://www.alphalink.com.au/~roglen/gigantor.htm\n\nGIGANTOR
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Higgs particles have never been directly observed, because no accelerators powerful enough yet exist. But there is hope the Large Hadron Collider (LHC) at CERN will be sufficiently energetic.\n\nThere are no plans for spacecraft exceeding light speed, because according to modern physics it's impossible. That's not to imply that no "warp drive" has been conceived; in fact there is a department at NASA, the Future Propulsion Group, that is working on just that (and a few other ideas). But it is not a faster-than-light drive, it's an energetic field that bends space and moves a spacecraft. The problem is, you need a powerplant the size of the Sun to drive any reasonable-sized craft -- so it's not exactly viable.
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Many. Try http://hyperphysics.phy-astr.gsu.edu/hbase/hframe.html.\nBut what are you looking for exactly?
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Check out Stephen Hawking's site.  It contains theories and lectures.  If anyone's an expert on workholes, it's him.\n\nThis second site looks pretty good.\n\nA candidate for breakthrough propulsion physics has been identified in the form of a traversable wormhole created by virtue of ultrahigh magnetic or electric fields with an additional exotic energy component. Maccone (1995) claimed that cylindrically symmetric ultrahigh magnetic (electric) fields can create a traversable wormhole in the Morris and Thorne (1988) framework. It has been shown that this is incorrect. Instead, a hypercylinder curvature effect having a position dependent gravitational potential is induced. This effect can be used to create a wormhole by patching the hypercylinder envelope to a throat that is induced by either radially stressing the ultrahigh field or employing additional exotic energy. Maccone correctly showed that the speed of light through the hypercylinder region is slowed by the magnetic induced gravitational field there. This suggests a way to perform laboratory experiments whereby one could apply an ultrahigh magnetic field in a vacuum, thereby creating a hypercylinder curvature effect, and measure the speed of a light beam through it. While chemical explosive/implosive magnetic induction technology has achieved static field strengths of ~ several x 103 Tesla, the peak rate-of-rise of field is ~ 109 Tesla/sec. Field strengths > 109 - 1010 Tesla would need to be generated to impart a measurable slowing of light speed in this scenario. It is proposed that the peak rate-of-rise of field be exploited as a means to achieve this goal in the near-term. Magnetic induction technologies based on nuclear explosives/implosives may need to be considered in order to achieve results of larger magnitude. A Wormhole Induction Propulsion system has been introduced to exploit the possibilities of traversable wormholes.
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Quarks and squarks are released on high energy impacts and carry away energy from such collisions.
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False, because the binding energy increases steeply till iron and again reduces. So I would require enormous accelerators to transmute the element with Z>20.
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You can try this for some pics of IBM system 360 mainframes, then follow the links for a complete tour. http://www.columbia.edu/acis/history/36091.html\n\nWow! I don't remember them being that big!
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Now here is someone I want to meet.  One of the very few questions in 3 days in physics that I don't have a clue..for sure I know what a tachyon is and a brane.  \n\nI think if you were to include the word GOD you might attract some of these religious fundamentalists.  You'll get all kinds of answers and quotes from the Bible.  None of them will be correct but you might get some good laughs reading all their dribble.  \nAnother good bet would be to hitch a ride to Cambridge, Ma. and just start skulking around MIT (don't laugh I used to do it).  Eventually somebodies going to have an answer.  \n\nOr you could try the infinite monkeys with the infinite typewriters gig (used IBM selectics are quite cheap these days) , one of them is bound to get it whitin an infinite amount of time.
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In Oxford a fusion reactor has been going for many years with a large amount of energy being made. Unfortunately to keep the plasma contained the largest magnetic field generated anywhere has to be maintained and to reach the enormous temperature needed to initiate fusion requires more than ten times the energy extracted. The problems are technical construction rather than theory and with the new international initiative the scientists are confident that a viable fusion reactor can be made in a few decades.
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narrow-ray EMP emitter to fry loud stereos in cars :)
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it would be called superluminal.\n\nyou can read more about it here - \nhttp://en.wikipedia.org/wiki/Faster_than_light
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If the deflection surface has any diffraction or diffusion to it, the light may just be redirected imperfectly. 12kV? Jumpin Gigawatts!