4th Meeting Astroparticle Physics Committee (APC)

Europe/Berlin
Remote

Remote

  • Tuesday, 10 November
    • 1
      Public: Welcome Remote

      Remote

    • 2
      Public Talk: Theoretical models for the prompt emission of Gamma-Ray Bursts in a multi-messenger context https://zoom.us/j/97969954269?pwd=QW1LYXZscjlMTG5KUjA2ZGFKQ0IwQT09

      https://zoom.us/j/97969954269?pwd=QW1LYXZscjlMTG5KUjA2ZGFKQ0IwQT09

      https://zoom.us/j/97969954269?pwd=QW1LYXZscjlMTG5KUjA2ZGFKQ0IwQT09

      Gamma-Ray Bursts (GRBs) are among the most luminous transients in our universe. Due to the large amounts of energy they release, they have long been discussed as potential sources of Ultra-High-Energy Cosmic Rays (UHECR) - which however is challenged by the absence of neutrino detections in coincidence with GRBs. At the same time, the exact production mechanism of the prompt gamma-ray emission is still under debate. Focussing on the prompt phase, I will briefly review the current status of theoretical models, emphasizing especially the multi-messenger connection.

      Speaker: Annika Rudolph
    • AP Division Remote

      Remote

      Convener: Christian Stegmann
    • 14:10
      Break Remote

      Remote

    • Theory: AP Theory Strategy including THAT GW Theory Remote

      Remote

      Convener: Walter Winter
    • 15:40
      Break Remote

      Remote

    • GW at DESY Remote

      Remote

      Convener: Christian Stegmann
    • 16:40
      Break Remote

      Remote

    • Multimessenger: Strategy at DESY Remote

      Remote

      Convener: Marek Kowalski
    • Multimessenger: The International Helmholtz-Weizmann Graduate School for Multimessenger Astronomy Remote

      Remote

      Conveners: David Berge, Ido Irani, Katharina Henjes-Kunst (Z_APR (Leitungsbuero)), Silvia Alessandria, Zack Meyers
    • APC Internal Remote

      Remote

  • Wednesday, 11 November
    • Public Talk: Neutrinos from shredded stars https://zoom.us/j/97969954269?pwd=QW1LYXZscjlMTG5KUjA2ZGFKQ0IwQT09

      https://zoom.us/j/97969954269?pwd=QW1LYXZscjlMTG5KUjA2ZGFKQ0IwQT09

      High-energy neutrinos were discovered by the IceCube Neutrino Observatory in 2013, but their origin remains an unsolved mystery. I will present the latest results on the search for neutrino sources, which suggest that some neutrinos are produced by so-called “tidal disruption events”, the process by which stars are shredded when passing close to supermassive black holes.

      Convener: Robert Stein
    • Gamma: Overview with emphasis on CTA Remote

      Remote

      Convener: David Berge
    • 14:30
      Break Remote

      Remote

    • Gamma: ULTRASAT Remote

      Remote

    • 15:30
      Break Remote

      Remote

    • Neutrino: IceCube Remote

      Remote

      Convener: Markus Ackermann
    • AP Division: Funding and Personel Remote

      Remote

      Convener: Stefan Klepser
    • APC Internal: APC Internal/ possibilty for open questions Remote

      Remote