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Swedish Nuclear Physicist's Meeting 2021

27–29 Oct 2021
Chalmers University of Technology
Europe/Zurich timezone

Session

Friday

29 Oct 2021, 09:00
Department of Physics, GD-Lecture Hall (Chalmers University of Technology)

Department of Physics, GD-Lecture Hall

Chalmers University of Technology

Chalmers Tvärgata 5

Conveners

Friday: Morning

  • Karin Schönning

Presentation materials

There are no materials yet.

  1. 19. DESPEC Phase-0 Commissioning and Experiments
    Helena Albers (GSI Helmholtzzentrum für Schwerionenforschung GmbH(GSI))
    29/10/2021, 09:00
    Invited Talk

    DESPEC Phase-0 Commissioning and Experiments

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  2. 26. Finding the $\Sigma^0$’s Dalitz Decay with PANDA@HADES
    Jana Rieger (Uppsala University (UU))
    29/10/2021, 09:35
    Contributed Talk

    It is still one of the most challenging questions in fundamental physics is how hadrons are build from quarks. One way to address this question is to study hyperons. Hyperons are similar to nucleons but contain one or several strange quarks. By studying the decays of the unstable hyperons, we can gather valuable information about their inner structure which is quantified by electromagnetic...

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  3. 10. From massive stars to neutron-skins: physics in the R3B collaboration at GSI
    Andrea Jedele (TU-Darmstadt)
    29/10/2021, 10:30
    Invited Talk

    The Reactions with Relativistic Radioactive Beams (R3B) collaboration at GSI provides a versatile experimental setup using high efficiency and resolution detectors covering a large range of acceptance. The combination of the versatile experimental setup and the fragment separator (FRS) allow one to explore a wide range of physics using relativistic radioactive beams in inverse-kinematics. In...

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  4. 21. Ab initio predictions link finite nuclei and infinite nuclear matter to nuclear forces
    Weiguang Jiang (Chalmers University of Technology)
    29/10/2021, 11:05
    Contributed Talk

    Advances in quantum many-body methods and computing allow us to study a wide range of finite nuclei and infinite nuclear matter with realistic interaction models based on chiral effective field theory. The properties of 208Pb including the noteworthy neutron skin thickness are studied for the first time using state-of-the-art realistic nuclear forces. We introduce the robust statistical...

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