A simulation of the "cosmic web" believed to connect galaxies. A void is visible in the center of the image, a spot where researchers found galaxy "tendrils." Credit: Cunnama, Power, Newton and Cui (ICRAR).

This Video Is The Closest You’ll Get To Experiencing Warp Drive

Article Updated: 23 Dec , 2015
by

Engage! This video shows some results of the the Galaxy and Mass Assembly catalogue, including the real positions of galaxies. The simulated flythrough, with galactic bodies whizzing by, appears like the view from the Starship Enterprise going at high speed.

Unlike that science fiction series, however, the data you’re seeing has charted information in it (although the galaxies have been biggified for our “viewing pleasure.”)

It’s all part of new research showing that galaxies in “vast empty regions” of the Universe are “aligned into delicate strings,” stated the International Centre for Radio Astronomy Research.

“The spaces in the cosmic web are thought to be staggeringly empty,” stated Mehmet Alpaslan, a Ph.D. candidate at St Andrews University, Scotland who led the research. “They might contain just one or two galaxies, as opposed to the hundreds that are found in big clusters.”

His team discovered faint galaxies lined up in areas of space believed to hold practically nothing. The work is part of an emerging set of research looking at voids in the “cosmic web”, or the filaments that are believed to hold galaxies together across great distances.

Alpaslan’s team used a galaxy census — the biggest ever — of the skies in the south created with observations of Australia’s Anglo-Australian Telescope. The arrangement of galaxies in these voids was surprising to researchers.

“We found small strings composed of just a few galaxies penetrating into the voids, a completely new type of structure that we’ve called ‘tendrils’,” stated Alpaslan.

It will be interesting to see what further research reveals. As the press release accompanying this news states, “These aren’t the voids you’re looking for.”

Alpaslan’s study will be published in the Monthly Notices of the Royal Astronomical Society. You can read the research in preprint version on Arxiv.

Source: International Centre for Radio Astronomy Research

, ,



9 Responses

  1. vesperdem says:

    I hate to be a stickler about such things and I’m sure I’m going to be labeled a geek, but Warp drive based on the Star Trek warp drive was never fast enough to travel between galaxies.

    The closest Sci-Fi spaceship I know of that could is Destiny from Stargate Universe. However, according to the show, it would take several months to travel between galaxies as it travelled the universe looking for what ever it was looking for.

    That said, the video is pretty cool!

    • InTheory says:

      Forgetting the Andromeda?

    • B4GG says:

      I hate to also be a stickler and I am not even a massive star trek geek lol but the enterprise was always fast enough to warp past galaxies, see episode ‘Where No One Has Gone Before’ the traveler helps Wesley realise that the limit is not the craft but the mind.

    • Richard Kirk says:

      If you could actually go this fast…

      The stars ahead would be blue-shifted. This might not make an enormous change to the visible colour, but it would probably make them brighter.

      The Lorenz contraction would flatten everything you see in the direction of your travel.

      The spiral galaxies would spin at visible rates. Not only would your time be slowed relative to the galaxies, you would also be meeting many millions of years-worth of historic light.

  2. Mister T says:

    Scotty, I need warp factor Googol NOW!!

  3. planet xxx says:

    Wow that was great though i kept on thinking that the stars were slowly going to coalesce to form the face of Peter Davison.

  4. RUF says:

    That’s some serious warp drive! Those are galaxies whizzing by, not stars!

  5. Zargon says:

    “biggified” I hate to correct your grammar – but the word you were seeking is actually “embiggened” – the opposite of ensmallened.
    You’re welcome.

Comments are closed.