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Strange Stars | Space Time | PBS Digital Studios

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Strange Stars | Space Time | PBS Digital Studios

201614mEnglishSee rightsFree to watch

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What happens when matter can’t get any denser yet somehow does? The answer - it becomes “strange.” Strange Stars may be the most massive stellar remnant that is just shy of forming a black hole. And they could be even cooler than black holes.

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What happens when matter can’t get any denser yet somehow does? The answer - it becomes “strange.” Strange Stars may be the most massive stellar remnant that is just shy of forming a black hole. And they could be even cooler than black holes. Get your own Space Time t­shirt at Tweet at us! @pbsspacetime Email us! pbsspacetime [at] gmail [dot] com Comment on Reddit: Help translate our videos! Neutron stars are made of a substance known as Neutronium. It was thought that this was the densest form of matter possible but some theoretical physicists believe that at the core of some neutron stars the Neutronium breaks down even further, into quark matter. It may even evolve one step further into “strange matter", the densest and most stable substance in the universe. Previous Space Time episode: How to Build a Black Hole Written and hosted by Matt O’Dowd Produced by Rusty Ward Graphics by Grayson Blackmon Made by Kornhaber Brown (www.kornhaberbrown.com) Comments answered by Matt: Pixel Girl FatFingerJack Neil Upfalow Loren Supernaw Tabularasa0606 One Man Wolf Pack Pipe2DevNull

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  • MP4360p640×360 · h26437.6 MB
  • MP4480p854×480 · h26462.4 MB
  • MP4720p1280×720 · h264106.8 MB
  • MP41080p1920×1080 · h264185.2 MB

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