This hypothetical ring of negative mass would create a "warp bubble" which would distort space-time and transport any spacecraft within it.Īlthough Alcubierre’s theory required negative mass, recent research out of Göttingen University, Germany, offers a new area of physics for researchers to explore potentials for warp power. The amount of negative mass needed to facilitate Alcubierre’s warp drive would have to be equivalent to the mass of a massive star distributed in a ring around a spacecraft. To achieve such space-time manipulation, Alcubierre suggested that an enormous amount of negative mass, a phenomenon rarely created in laboratories and seen as vacuum energy in space. This bending of space-time would theoretically continue to move in a wave and act as a conveyor belt carrying the spaceship along it. Space-time can be imagined as a sheet of rubber on which all matter sits, creating dips in the rubber relative to their mass.Īlcubierre proposed that if space-time could be folded in front of a spaceship and then expanded behind it, the ship could travel much faster than the speed of light and achieve "warp speed". To achieve speeds faster than the speed of light, physics’ natural speed limit, theoretical physicist Miguel Alcubierre proposed that we must bend the fabric of space-time. However, the theory behind building one has been around since the early 1990s. Currently, humankind is nowhere near advanced enough to replicate the Enterprise’s warp drive. One of the most iconic abilities of the Enterprise is its ability to zip from one end of the galaxy to the next in mere moments, using its fictitious warp drive. ![]() Travelling faster than the speed of light
0 Comments
Leave a Reply. |
AuthorWrite something about yourself. No need to be fancy, just an overview. ArchivesCategories |