White directed an interferometer experiment that was intended to assess such an impact at the nanoscale. He created a model and concept for a starship that closely resembled the Enterprise from Star Trek. Could we, on the other hand, build a ship that goes faster than light? Harold White, a NASA scientist and the lead of the Advanced Propulsion Team was in charge of the space agency’s attempts to see if a faster-than-light warp drive is viable and, if so, how we can build one. It’s a lot easier now, but it’s still bothersome.Īs you obviously know, the cosmos is enormous. Even if humanity were able to build a ship that could travel faster than light, our options for travel would be limited. It would take 2.5 million light-years to go to Andromeda, our nearest large galaxy. In an email to William Shatner, a well-known science fiction author, and actor known for his work on Star Trek, Alcubierre indicated that his idea was directly influenced by the word used in the program, citing the “‘ warp drive‘ of science fiction” in his 1994 essay. On the other hand, it hasn’t deterred scientists from giving the proposal considerable attention. The notion of space warp, on the other hand, has been challenged as “illogical,” and has been linked to a number of other rubber science concepts that do not fit into our present knowledge of physics, such as antigravity and negative mass. Warp drives are one of the science-fiction motifs that let stories set on a cosmic scale get over this constraint in fiction. The difficulty with a material thing traveling faster than light is that it would need an unlimited amount of kinetic energy to go at the speed of light. Within regular spacetime, objects cannot accelerate to the speed of light instead, the Alcubierre drive alters space around an item to allow it to reach its target faster than light would in normal space without violating any physical rules.Īccording to Einstein’s special relativity theory, solid things with non-zero rest mass, unlike photons, cannot move at the speed of light.
Instead of traveling faster than light inside a local reference frame, a spaceship would traverse distances by compressing space in front of it and expanding space behind it, resulting in effective faster-than-light travel. study at the University of Wales, Cardiff, based on a solution of Einstein’s field equations in general relativity, by which a spacecraft could achieve apparent faster-than-light travel if a configurable energy-density field lower than that of vacuum could be created.
The Alcubierre drive, Alcubierre warp drive, or Alcubierre metric is a speculative warp drive idea proposed by theoretical physicist Miguel Alcubierre during his Ph.D.
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