Can we use a warp bubble for nuclear fusion?
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Can we use s warp bubble for bucket fusion.
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Yes,we can use a warp bubble for bucket fusion.
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The answer of u r question is...✌️✌️
Can we use s warp bubble for bucket fusion.
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Yes,we can use a warp bubble for bucket fusion.
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The drive in question is known in the real world as the Alcubierre Drive, after Miguel Alcubierre, who came up with a theoretical metric tensor that would function like Star Trek's warp drive.
The basic idea is that the drive would form a bubble of localized space-time, behind which the density of spacetime itself is higher, and in front of it is lower. This would cause the bubble to be moved forward through surrounding space, possibly at superluminal speeds, while those inside the bubble would, within their local relativistic frame of reference, be standing still. This solves the central problem of superluminal travel in our universe; the interactions that make matter what it is occur at the speed of light, so nothing can move faster than light, and only light can move at light speed.
The original problem is that the energy requirements originally postulated were massive; a planet-sized mass would be required to be converted perfectly to energy to power a drive in a Shuttle-sized craft. Further theoretical breakthroughs have reduced the hypothetical power requirements to those of a small car (around your 500kg mark), which is practical, provided we figure out how to convert that entire mass cleanly to energy (we power entire cities based on changes of mass of a fraction of a dalton in nuclear reactors). The remaining problem is a little more fundamental; how does one increase or decrease the density of spacetime? The math behind the tensor only works if a kind of "negative energy" can be created, but "energy", much like "mass" and "density", are considered to be fundamentally non-negatable properties, so it remains to be proven that the math behind the Alcubierre Drive actually reflects a physical reality that can exist in our universe.
The basic idea is that the drive would form a bubble of localized space-time, behind which the density of spacetime itself is higher, and in front of it is lower. This would cause the bubble to be moved forward through surrounding space, possibly at superluminal speeds, while those inside the bubble would, within their local relativistic frame of reference, be standing still. This solves the central problem of superluminal travel in our universe; the interactions that make matter what it is occur at the speed of light, so nothing can move faster than light, and only light can move at light speed.
The original problem is that the energy requirements originally postulated were massive; a planet-sized mass would be required to be converted perfectly to energy to power a drive in a Shuttle-sized craft. Further theoretical breakthroughs have reduced the hypothetical power requirements to those of a small car (around your 500kg mark), which is practical, provided we figure out how to convert that entire mass cleanly to energy (we power entire cities based on changes of mass of a fraction of a dalton in nuclear reactors). The remaining problem is a little more fundamental; how does one increase or decrease the density of spacetime? The math behind the tensor only works if a kind of "negative energy" can be created, but "energy", much like "mass" and "density", are considered to be fundamentally non-negatable properties, so it remains to be proven that the math behind the Alcubierre Drive actually reflects a physical reality that can exist in our universe.
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