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Swedish Nuclear Physicist's Meeting 2021

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

Session

Thursday

28 Oct 2021, 09:30
Department of Physics, GD-Lecture Hall (Chalmers University of Technology)

Department of Physics, GD-Lecture Hall

Chalmers University of Technology

Chalmers Tvärgata 5

Conveners

Thursday: Morning

  • Per-Erik Tegnér

Thursday: Afternoon I

  • Andrea Idini

Thursday: Afternoon II

  • Joakim Cederkäll

Presentation materials

There are no materials yet.

  1. 9. PANDA@FAIR: subatomic physics with antiprotons
    Johan Messchendorp (GSI)
    28/10/2021, 09:30
    Invited Talk

    PANDA@FAIR: subatomic physics with antiprotons

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  2. 13. Exploring the borders of the Island of Inversion: Unbound States in 29Ne
    Matthias Holl
    28/10/2021, 10:05
    Contributed Talk

    Exploring the borders of the Island of Inversion: Unbound States in 29Ne

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  3. 25. [zoom]Proton decay study of the exotic isotopes $^{116,117}$La
    Wei Zhang (KTH)
    28/10/2021, 11:00
    Contributed Talk

    Measurements of proton decay properties provide valuable spectroscopic information on the structure of nuclei far from stability. In this presentation, I will report the results of our decay-spectroscopy study about the extremely neutron-deficient Lanthanum isotopes $^{116,117}$La. These nuclei were produced at the Accelerator Laboratory of the University of Jyväskylä by employing...

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  4. 30. [zoom] Update from the Swedish Research Council on FAIR
    Niklas Ottosson (Swedish Research Council)
    28/10/2021, 11:25

    10 minutes presentation, 10 minutes discussion

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  5. 5. Electroweak properties of nuclei from first principles
    Prof. Sonia Bacca (Johannes Gutenberg University)
    28/10/2021, 13:15
    Invited Talk

    Electroweak properties of nuclei from first principles

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  6. 22. Renormalization of Chiral Effective Field Theory in the Nucleon-Nucleon Sector
    Oliver Thim (Chalmers)
    28/10/2021, 13:50
    Contributed Talk

    Chiral effective field theory ($\chi$EFT) promises a link between the underlying theory of the strong nuclear force --- quantum chromodynamics (QCD) --- and nuclear forces. The $\chi$EFT of low energy nuclear physics is formally parameterized by an infinite number of interaction diagrams, with accompanying undetermined interaction strengths called low-energy constants. To get a predictive...

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  7. 14. Bayesian uncertainty quantification in chiral effective field theory
    Isak Svensson
    28/10/2021, 14:10
    Contributed Talk
  8. 20. Proton image and momentum distributions from light-front dynamics
    Emanuel Ydrefors (Instituto Tecnologico de Aeronautica)
    28/10/2021, 14:30
    Contributed Talk

    Understanding the structure and dynamics of the proton constitute one of the most important challenges in hadron physics. As is well-known, quantities such as nucleon form factors enter calculations of cross sections for neutrino nucleus scattering. Additionally, the nuclear force is the remnant of the strong force with nucleons. It is thus important to understand the strong force between...

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  9. 8. Decay Spectrsoscopy Along Flerovium Decay Chains
    Dr Daniel Martin Cox (Lund University (SE))
    28/10/2021, 15:30
    Contributed Talk

    Decay Spectrsoscopy Along Flerovium Decay Chains

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  10. 7. An Anti-Compton Shield for the LUNDIUM Decay Station
    Yuliia Hrabar (Lund University)
    28/10/2021, 15:55
    Contributed Talk

    An Anti-Compton Shield for the LUNDIUM Decay Station

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  11. 29. Towards microscopic optical potentials using effective Hamiltonians derived from DFT calculations
    Dr Jimmy Rotureau
    28/10/2021, 16:15
    Contributed Talk

    During this talk I will present some recent development for the computation of nucleon-nucleus  optical potentials
    using effective Hamiltonians constructed from a mapping of DFT's results. More precisely, I will focus on the challenge
    related to the accurate calculations of overlaps in Hartree-Fock-Bogoliubov based theories and present a recently-published formula (B. G. Carlsson and J....

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  12. 15. Beyond mean field calculations by mapping EDF's to an effectiv Hamiltonian
    Jimmy Ljungberg
    28/10/2021, 16:40
    Contributed Talk

    One powerful technique to go beyond the mean field calculations is the generator coordinate method (GCM). This method incorporate correlations between mean field configurations. However, using an energy density functional (EDF), which is density dependent, for the interaction will make the mixing of states not well defined. Also, the existing methods for the mixing can lead to...

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