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Notices tagged with topquark

Stephen Sekula (steve@chirp.cooleysekula.net)'s status on Saturday, 21-Nov-2020 23:50:48 UTC Stephen Sekula

From JayHowarthHTGAP https://twitter.com/JayHowarthHTGAP on Twitter: I made some versions of the @ATLASexperiment logo for each of the physics groups but couldn't think of anything to do with them, so I made an infographic. Can you figure out what the meaning behind each of the logos is? #particlephysics #CERN #LogoDesign #topquark https://twitter.com/JayHowarthHTGAP/status/1330204732007337987/photo/1 https://chirp.cooleysekula.net/attachment/69285
In conversation Saturday, 21-Nov-2020 23:50:48 UTC from NavierStokesApp permalink
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Stephen Sekula (steve@chirp.cooleysekula.net)'s status on Monday, 02-Mar-2020 20:10:45 UTC Stephen Sekula

From Fermilab https://twitter.com/Fermilab on Twitter: When a proton and antiproton collide at nearly the speed of light, they can produce a #TopQuark and anitquark. These two heavy, unstable particles decay into lighter particles. The decay chain can produce bursts of light particles that are observed as jets. #TopQuark25 https://twitter.com/Fermilab/status/1234549290820866048/photo/1 https://chirp.cooleysekula.net/attachment/63260
In conversation Monday, 02-Mar-2020 20:10:45 UTC from NavierStokesApp permalink
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1. No result found on File_thumbnail lookup.
  
  from Twitter
  
  Tweets by Fermilab
2. untitled.png
3. No result found on File_thumbnail lookup.
  
  By Fermilab from Twitter
  
  When a proton and antiproton collide at nearly the speed of light, they can produce a #TopQuark and anitquark. These two heavy, unstable particles decay into lighter particles. The decay chain can produce bursts of light particles that are observed as jets. #TopQuark25 pic.twitter.com/Q6ORWqwyiw
  — Fermilab (@Fermilab) March 2, 2020

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