1/25/2024 0 Comments Warp speed calculator![]() "Einstein's theory of general relativity doesn't answer it." "We don't know the answer to that question yet," said Davis. The concern there is how to target the wormhole's exit. The is scalable … that's the beauty of it."ĭavis described a theoretical configuration of Ford-Svaiter mirrors that could enable FTL spaceflight: "For a traversable wormhole, it'll have to be separate Ford-Svaiter mirrors in an array to create the wormhole and then a ship with mirrors attached to it to extend the wormhole to the destination star." ![]() "You could have types of negative energy that could make a wormhole that you could put a person through and, if you make a bigger mirror, put a starship through. "When those fluctuations are confined there, they have a negative energy," said Davis. This is a theoretical device that would focus all the quantum vacuum fluctuations onto the mirror's focal line. Distorting these fluctuations can create negative energy.Īccording to Davis, one of the most promising methods for creating negative energy is called the Ford-Svaiter mirror. According to quantum theory, vacuum is full of electromagnetic fluctuations. This phenomenon revolves around the idea that vacuum, contrary to its portrayal in classical physics, isn't empty. Negative energy has been produced in a lab via what's called the Casimir effect. The next question is: how to create these spacetime distortions that will allow vessels to travel faster than light? It's believed - and certain preliminary experiments seem to confirm - that producing targeted amounts of what's called "negative energy" would achieve the desired effect. Sci-fi fans, for warp drives, think " Star Trek" and "Futurama." For wormholes, think "Stargate." In his paper, Davis describes a wormhole entrance as "a sphere that contained the mirror image of a whole other universe or remote region within our universe, incredibly shrunken and distorted." The ship would enter the wormhole at sublight speeds and reappear in a different location many light-years away. With a wormhole, the ship (or perhaps an exterior mechanism) would create a tunnel through spacetime, with a targeted entrance and exit. With a warp drive, space in front of the vessel is contracted while space behind it is expanded, creating a sort of wave that brings the vessel to its destination. The difference between the two is the way in which space is manipulated. The ship itself is never going faster than light with respect to the space immediately around it.ĭavis's paper examines the two principle theories for how to achieve faster-than-light travel: warp drives and wormholes. It's established that space is flexible in fact, space has been steadily expanding since the Big Bang.īy distorting the space around the ship instead of accelerating the ship itself, these theoretical warp drives would never break Einstein's special relativity rules. In current FTL theories, it's not the ship that's moving - space itself moves. However, some scientists believe that a loophole in this theory will someday allow humans to travel light-years in a matter of days. WARP 9.Before delving into Davis' study, here's a quick review of faster-than-light space travel:Īccording to Einstein's theory of special relativity, an object with mass cannot go as fast or faster than the speed of light.You can use Warp Speeds in calculating the time to travel from Earth to parts of the galaxy by clicking ASTRO TRAVEL TIME. However, it is a useful (exponential) scale for measuring speed in relationship to astronomical distances, and works well with the limitations of traveling within one quadrant of the galaxy. The Warp Speed formula is based on the fictional series Star Trek. C is the speed of light: 186,000 miles per second.The formula for velocity from warp speed is as follows: Warp Speed is an exponential velocity scale. Velocity(V): The calculator returns the velocity associated with the warp speed in multiple units including: The Warp Speed calculator translates Warp Speed into common velocity units such as miles per hour.
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