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Stephen Sekula (steve@chirp.cooleysekula.net)'s status on Monday, 25-May-2020 22:50:48 UTC

  1. Stephen Sekula (steve@chirp.cooleysekula.net)'s status on Monday, 25-May-2020 22:50:48 UTC Stephen Sekula Stephen Sekula
    From ATLASexperiment https://twitter.com/ATLASexperiment on Twitter: Light-by-light scattering is a very rare process in which particles of light interact and change direction. In a new result presented at #LHCP2020, ATLAS used - scattering to search for an exciting new phenomenon: #axion-like particles. Learn more: http://atlas.cern/updates/physics-briefing/light-scattering-light-constrains-axion-particles https://twitter.com/ATLASexperiment/status/1264938803434840065/photo/1 https://chirp.cooleysekula.net/attachment/65339
    In conversation Monday, 25-May-2020 22:50:48 UTC from NavierStokesApp permalink

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      from Twitter
      Tweets by ATLASexperiment

    3. ATLAS measures light scattering on light and constrains axion-like particles
      from ATLAS Experiment at CERN
      Light-by-light scattering is a very rare phenomenon in which two photons – particles of light – interact, producing another pair of photons. Direct observation of this process at high energy had proven elusive for decades, until it was first seen by the ATLAS Collaboration in 2016 and established in 2019. In a new measurement, ATLAS physicists are using light-by-light scattering to search for a hyped phenomenon beyond the Standard Model of particle physics: axion-like particles.
    4. No result found on File_thumbnail lookup.
      By ATLAS Experiment from Twitter

      Light-by-light scattering is a very rare process in which particles of light interact and change direction.

      In a new result presented at #LHCP2020, ATLAS used ⚡️-⚡️ scattering to search for an exciting new phenomenon: #axion-like particles.

      Learn more: https://t.co/RPmwhVXxlU pic.twitter.com/ZPx5vzwgFE

      — ATLAS Experiment (@ATLASexperiment) May 25, 2020

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