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A NASA Movie Shows How Fast the Star Trek Really Travels



  Jean Luc Picard face palm faceplam meme star trek Patrick Stewart Top Paintings Patrick Stewart plays Jean-Luc Picard in the sci-fi TV series "Star Trek" 1

9654 First Photos , spacecraft quickly move from one part of the universe to another by deformation.
  • The speed of light in a vacuum is about 186,282 miles per second (299,792 kilometers per second). In Star Trek, the base factor 1 is the speed of light, and the strain ratio is 9.9 more than 2000 times.
  • But James O & # 39; Donogh, a NASA scientist, animated the speed warp speed in the Solar System used the Enterprise spacecraft and posted a video on Twitter on Monday.
  • The animation of O & # 39; Donoghue shows that in order to reach Pluto near maximum deformation, it takes 18 minutes to reach this nearest star.
  • A NASA scientist says he feels "despair" about the distances and speeds associated with space travel, and has partly made the animation "make everyone else feel as bad as I do."
  • Check out the Business Insider homepage for more stories.
  • In the sci-fi "Star Trek" universe, spacecraft equipped with mainstream accumulators can approach the normally impenetrable speed limit of light, or about 186,282 miles per second (299,792 kilometers per second) in vacuum.

    This tension of physics makes shooting rich alien planets across the galaxy just a convenient trip to a television commercial for a lengthy break.

    in reality, and he says the work gives him a "sense of despair" even about extra-light (or off-light) journeys.

    O "Donoghue had previously revived the speed of light within the solar system, and the results were depressing. However, having received wide attention to these animations, he began to wonder how it might look faster in real life.

    So O & # 39; Donogue took Enterprise Federation star ship, commanded by Captain Jean-Luc Picard (played by Patrick Stewart) in Star Trek: The Next Generation, and sent him flying from the sun to Pluto at different base speeds

    Animated video above by O & # 39; Donoghue posted to Twitter on Monday , almost as exhausting as the first set of popular animation scientists.

    "I really felt a sense of despair over the distances of our solar system and beyond," O & # 39; & # 39; told Business Insider, adding : "[I] t was one of my goals – to make everyone else feel as bad as I did! "

    By the way, a new Star Trek version called Star Trek: Picard returns to CBS in January 2020.

    Star Trek speed animation shows – and why it's something depressing

      Star Cosmic Trek Enterprise Ship in Space Star Trek Enterprise: Next Generation Moving Through Space Championship Photos

    There is no scale set in the rock of the "velocity factor of the universe" Star Trek. "More than 50 years of productions, various episodes, episodes and films have thrown conflicting numbers.

    However, Ri Sternbach and Michael Okuda – two tech advisers to the Next Generation series – first published a technical guide in 1991 that includes some solid numbers, and those are the numbers (on the Wikipedia page) that Ooh & # 39; s says

    This scale suggests that the distortion factor 1 is the speed of light (shown below between Earth and the moon) and the typical upper bound of the base 9.99 more than 2,140 times the speed of light.

    O & # 39; Donogh decided to depict the Enterprise flying far from the sun and through the solar system to Pluto's finish line. The spacecraft is launched from base 1 and is eventually accelerated to warp 9.9, or approximately 2,083 times the speed of light.

    • Warp 1 or the speed of light, makes "Enterprise" look like a state of rest above the sun. At such a speed of light speed, ships will need 5 hours and 28 minutes to reach Pluto, which is approximately 5.6 billion kilometers from the sun. Meanwhile, Proxima Centauri – closest to our star – has been gloomy for 4 years and 3 months.
    • Warp 5 is about 213 times faster, making the trip to the Pluto sun in only 1 minute and 30 seconds. Proxima Centauri is still a week-long swim.
    • Warp 9.9 makes Pluto less than 10 seconds' journey, and Proxima Centauri makes an 18-hour cruise.

    The last number is a thousand times faster than the physics of our universe can ever allow. [19659011] However, a journey with a strain rate of 9.9 from one end of the Milky Way Galaxy, a body of hundreds of billions of stars that can stretch from 150,000 to 200,000 light years, according to a recent study, may take 96 years. This is decades longer than the long life expectancy of a person.

    Even considering the fastest "transient" (or "off-base") speed achieved by "Enterprise", which is approximately 8,323 times the speed of light, reports "Star Trek" & # 39 ;: The Next Generation – TransAlactic Technical Guide swimming will last 24 years.

    A quarter of a century is a tedious amount of time that no Holodeck, artificially intelligent satellites or an extremely well-equipped spacecraft can make.

    "However difficult it is to spare them," said O & # 39; we ourselves have not reached even a tenth of 1% of the speed of light in our fastest spacecraft. "

    The fastest any human-made object has ever gone relative to the Sun, meanwhile – NASA's Parker Solar Probe – about 119 miles per second (192 kilometers per second). If you fly to Pluto at such a speed, it will take almost a year for the probe.

     star image of a spaceship light sail laser beam earth space alpha centaur breakthrough Foundation illustration of a breakthrough nanomachine, penetrating system the beam. The Breakthrough Fund The Breakthrough Star engineers are actually working towards floating a tiny "nanocruiter" on powerful laser beams past neighboring stars, like Proxima Centauri, a red dwarf star that can simply accommodate habitable planets.

    More info : A startup is developing a 100-gigawatt laser actuator to test a probe for another star system. It can be powerful enough to "light a whole city."

    Even their planned cruise speed is 20% of the speed of light, however, probes can fly past the System star, then another 21 years for these signals to reach Earth.

    If we really want to feel lonely, O & # 39; s & # 39; d & # 39; re thinking that we need look no further than science fiction itself.

    "I think it adds a layer of isolation and granularity to know that even our closest star takes tens of hours on a rarely used 9.9 strain," said O & # 39; Donogue. "Perhaps it gives viewers a better sense of the scale of space and the boundaries of the Federation's vessels and crew."


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