️<unk>️<unk>️<unk>️  Astronomers have captured four images of the same exploding star nine billion light years away as it performed an incredible cosmic illusion.<unk> Astronomers have captured four images of the same exploding star nine billion light years away as it performed an incredible cosmic illusion.<unk> Astronomers have captured four images of the same exploding star nine billion light years away as it performed an incredible cosmic illusion. ️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️ The Hubble Telescope snapped the surprising multiple images with the help of a galaxy cluster that acted as a natural magnifying lens. ️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️ Both the galaxy and the galaxy cluster are acting like a giant cosmic lens, bending and magnifying light from the supernova behind them.<unk> Both the galaxy and the galaxy cluster are acting like a giant cosmic lens, bending and magnifying light from the supernova behind them. Supernova could be seen because its light took different paths around the cluster located between the exploded star and the Earth-orbiting telescope.<unk> Supernova could be seen because its light took different paths around the cluster located between the exploded star and the Earth-orbiting telescope. ️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️ ️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️ It enables telescopes like Hubble to see objects that would otherwise be too faint and far away.<unk> It enables telescopes like Hubble to see objects that would otherwise be too faint and far away. ️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️ Einstein predicted this when he explained how huge objects bend space-time to create what we experience as gravity.<unk> Einstein predicted this when he explained how huge objects bend space-time to create what we experience as gravity. Astronomers have been taking advantage of so-called 'gravitational lensing' to boost Hubble's imaging powers and peer farther back in time.<unk> Astronomers have been taking advantage of so-called 'gravitational lensing' to boost Hubble's imaging powers and peer farther back in time.<unk> Astronomers have been taking advantage of so-called 'gravitational lensing' to boost Hubble's imaging powers and peer farther back in time. They say the latest images could help refine their estimates of the amount and distribution of dark matter in the lensing galaxy.<unk> They say the latest images could help refine their estimates of the amount and distribution of dark matter in the lensing galaxy. Dark matter cannot be seen directly but is believed to make up most of the universe's mass.<unk> Dark matter cannot be seen directly but is believed to make up most of the universe's mass. ️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️<unk>️ scientists returned to the images in November to look for supernovae... (Supernovae = supernovae)
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