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    Frontiers in Nuclear Physics
    Frontiers in Nuclear Physics

    21–23 Nov 2023
    Bethe Center for Theoretical Physics
    Europe/Berlin timezone

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      • boersch@hiskp.uni-bonn.de
      • theory@physik.uni-bonn.de

      Slides

      H. W. Hammer: Halo EFT: News and Views

      E. Epelbaum: Precision calculations in few-nucleon systems+

      U.-G. Meißner / J. Haidenbauer: Baryon baryon interaction from chiral EFT

      A. Nogga: Hypernuclei from the NCSM

      F. Hildenbrand: Hypernuclei from Lattice

      S. Shen: Nuclear physics from Wigner's SU (4)

      H. Meyer: Primordial Nucleosynthesis with varying Alpha EM

      G. Martinez-Pinedo: Probing heavy element nucleosynthesis through electromagnetic observations

      D. Lee: Wave function matching

      S. Elhatisari: Scattering processes in nuclear lattice simulations

      S. Zhang: Complex scaling in NLEFT / p-rich nuclei

      L. Bovermann: Spectral overlap method for determining resonances in finite continuum/lattice 

      A. Sarkar: Floating block method and EC

      Z. Ren: Ab initio Study of Nuclear Clustering in Hot Dilute Nuclear matter

      H. Krebs: Symmetry Preserving Regularization Of Nuclear Potentials

      H. Tong: Neutron matter EoS from NLEFT

      Y.-H. Song: Carbon and oxygen isotope chains and others

       

       

       

       

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