By — Justin Scuiletti Justin Scuiletti Leave your feedback Share Copy URL https://www.pbs.org/newshour/science/astronomers-discover-2-6-million-light-year-bridge-galaxies Email Facebook Twitter LinkedIn Pinterest Tumblr Share on Facebook Share on Twitter Astronomers discover 2.6 million light-year bridge between galaxies Science Aug 7, 2014 6:53 PM EDT A team of astronomers and students have discovered a stream of hydrogen gas in space that is the largest known to date — and dwarfs our own galaxy in comparison. The find of atomic hydrogen gas stretches 2.6 million light-years, acting as a bridge between two galaxies located 500 million light-years from Earth. The length is not the only impressive stat, however: the stream itself encompasses more gas than the Milky Way and Andromeda galaxies combined. “This was totally unexpected,” Dr. Rhys Taylor, lead author of the paper, said in a statement. “We frequently see gas streams in galaxy clusters, where there are lots of galaxies close together, but to find something this long and not in a cluster is unprecedented.” The team is still uncertain what could’ve caused such a massive bridge to form, but plan to simulate theories using computer simulations. We're not going anywhere. Stand up for truly independent, trusted news that you can count on! Donate now By — Justin Scuiletti Justin Scuiletti Justin Scuiletti is the digital video producer at PBS NewsHour. @JSkl
A team of astronomers and students have discovered a stream of hydrogen gas in space that is the largest known to date — and dwarfs our own galaxy in comparison. The find of atomic hydrogen gas stretches 2.6 million light-years, acting as a bridge between two galaxies located 500 million light-years from Earth. The length is not the only impressive stat, however: the stream itself encompasses more gas than the Milky Way and Andromeda galaxies combined. “This was totally unexpected,” Dr. Rhys Taylor, lead author of the paper, said in a statement. “We frequently see gas streams in galaxy clusters, where there are lots of galaxies close together, but to find something this long and not in a cluster is unprecedented.” The team is still uncertain what could’ve caused such a massive bridge to form, but plan to simulate theories using computer simulations. We're not going anywhere. Stand up for truly independent, trusted news that you can count on! Donate now