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Notices tagged with blackholes

  1. Stephen Sekula (steve@chirp.cooleysekula.net)'s status on Wednesday, 02-Sep-2020 13:20:51 UTC Stephen Sekula Stephen Sekula
    From LIGO https://twitter.com/LIGO on Twitter: We think the larger of our #GW190521 #BlackHoles, at 85 solar masses, is too large to have formed through collapse of a massive star. So how did this "impossible" #BlackHole form? This video, from @ARC_OzGRav, looks at some of the possibilities https://www.youtube.com/watch?v=hpbmi8oPipY&feature=youtu.be https://twitter.com/LIGO/status/1301146608688656387/photo/1 https://chirp.cooleysekula.net/attachment/67282
    In conversation Wednesday, 02-Sep-2020 13:20:51 UTC from NavierStokesApp permalink

    Attachments

    1. No result found on File_thumbnail lookup.
      from Twitter
      Tweets by LIGO

    3. GW190521 The Impossible Black Hole
      By OzGrav ARC Centre of Excellence from YouTube

  2. Stephen Sekula (steve@chirp.cooleysekula.net)'s status on Wednesday, 10-Apr-2019 12:40:50 UTC Stephen Sekula Stephen Sekula
    From NSF https://twitter.com/NSF on Twitter: Major announcement on #blackholes today from @NSF and @ehtelescope at 9 am EDT. Watch live here: https://t.co/EKKXBvhoS2 or https://www.youtube.com/watch?v=lnJi0Jy692w
    In conversation Wednesday, 10-Apr-2019 12:40:50 UTC from NavierStokesApp permalink

    Attachments

    1. No result found on File_thumbnail lookup.
      from Twitter
      Tweets by NSF

    3. National Science Foundation/Event Horizon Telescope press conference
      By National Science Foundation from YouTube
  3. Stephen Sekula (steve@chirp.cooleysekula.net)'s status on Monday, 26-Jun-2017 20:01:49 UTC Stephen Sekula Stephen Sekula
    From Twitter https://twitter.com/drsekula: RT @chandraxray: #Now, 14 possible binary systems discovered where #BlackHoles/neutron stars are pulling matter from companion stars⦠https://twitter.com/i/web/status/879426419029401600
    In conversation Monday, 26-Jun-2017 20:01:49 UTC from NavierStokesApp permalink

    Attachments


    2. No result found on File_thumbnail lookup.
      By Chandra Observatory from Twitter

      #Now, 14 possible binary systems discovered where #BlackHoles/neutron stars are pulling matter from companion stars! https://t.co/PwtY7NbppR pic.twitter.com/6h1hxPKpM9

      — Chandra Observatory (@chandraxray) June 26, 2017
  4. Stephen Sekula (steve@chirp.cooleysekula.net)'s status on Thursday, 01-Jun-2017 15:32:51 UTC Stephen Sekula Stephen Sekula
    From Twitter https://twitter.com/drsekula:

    RT @LIGO: This graphic depicts all the known stellar-mass #BlackHoles: https://twitter.com/LIGO/status/870295876677255169/photo/1 https://chirp.cooleysekula.net/attachment/33290
    In conversation Thursday, 01-Jun-2017 15:32:51 UTC from NavierStokesApp permalink

    Attachments



    3. No result found on File_thumbnail lookup.
      By LIGO from Twitter

      This graphic depicts all the known stellar-mass #BlackHoles: pic.twitter.com/LfZ4bsQF3i

      — LIGO (@LIGO) June 1, 2017
  5. Stephen Sekula (steve@chirp.cooleysekula.net)'s status on Thursday, 01-Jun-2017 15:32:17 UTC Stephen Sekula Stephen Sekula
    From Twitter https://twitter.com/drsekula: RT @LIGO: We are thrilled to announce the observation of #GW170104, a #GravitationalWaves signal generated by the merger of two #BlackHoles!
    In conversation Thursday, 01-Jun-2017 15:32:17 UTC from NavierStokesApp permalink

    Attachments


  6. Stephen Sekula (steve@chirp.cooleysekula.net)'s status on Thursday, 01-Jun-2017 09:32:10 UTC Stephen Sekula Stephen Sekula
    From Twitter https://twitter.com/drsekula: RT @LIGO: Listen again to the sound of two #blackholes colliding #GW150914 #gravitationalwaves #chirpforligo #Einsteinwasright https://www.ligo.caltech.edu/video/ligo20160211v2
    In conversation Thursday, 01-Jun-2017 09:32:10 UTC from NavierStokesApp permalink

    Attachments


    2. The Sound of Two Black Holes Colliding
      from LIGO Lab | Caltech
      Gravitational waves sent out from a pair of colliding black holes have been converted to sound waves, as heard in this animation.
  7. Stephen Sekula (steve@chirp.cooleysekula.net)'s status on Sunday, 28-May-2017 16:12:59 UTC Stephen Sekula Stephen Sekula
    From Twitter https://twitter.com/drsekula:

    RT @LIGO: When #blackholes collide: revisit key results from @LIGO and @ego_virgo #GW150914 detection paper -⦠https://twitter.com/i/web/status/868859419756548097 https://chirp.cooleysekula.net/attachment/32690
    In conversation Sunday, 28-May-2017 16:12:59 UTC from NavierStokesApp permalink

    Attachments



    3. No result found on File_thumbnail lookup.
      By LIGO from Twitter

      When #blackholes collide: revisit key results from @LIGO and @ego_virgo #GW150914 detection paper - https://t.co/xI3oqE1me1 pic.twitter.com/eTurBGZqOg

      — LIGO (@LIGO) May 28, 2017

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