@ooli@lemmy.world to Space@lemmy.world • 10 months agoBlack holes keep 'burping up' stars they destroyed years earlier, and astronomers don't know whywww.livescience.comexternal-linkmessage-square54fedilinkarrow-up1394arrow-down18cross-posted to: inmymind@lemmy.dbzer0.comtechnology@lemmy.worldtechnology@lemmit.online
arrow-up1386arrow-down1external-linkBlack holes keep 'burping up' stars they destroyed years earlier, and astronomers don't know whywww.livescience.com@ooli@lemmy.world to Space@lemmy.world • 10 months agomessage-square54fedilinkcross-posted to: inmymind@lemmy.dbzer0.comtechnology@lemmy.worldtechnology@lemmit.online
minus-squarepeopleproblemslinkfedilink14•10 months agoOh that’s cool. If her colleague is right, they found a natural particle collider. It would have many times the energy of the LHC too
minus-square@Natanael@slrpnk.netlinkfedilink8•10 months agoMany times is a severe understatement. A supernova is also many times more powerful than a firecracker. Could black hole near misses by stars possibly have fused some elements which novas can’t explain?
Oh that’s cool. If her colleague is right, they found a natural particle collider. It would have many times the energy of the LHC too
Many times is a severe understatement. A supernova is also many times more powerful than a firecracker.
Could black hole near misses by stars possibly have fused some elements which novas can’t explain?