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Dr Jason Holt (TRIUMF)5/30/19, 11:00 AMOral PresentationIn this talk I will discuss recent advances which expand the scope of ab initio calculations to essentially all properties of light, medium-mass nuclei and beyon. When based on consistently derived two- and three-nucleon forces, as well as two-body currents, these powerful approaches allow first predictions of the limits of nuclear existence and the evolution of magic numbers far from...Go to contribution page
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Dr Daniel Gazda (Nuclear Physics Institute Řež/Prague)5/30/19, 11:30 AMOral PresentationIn this contribution I will report on quantification of theoretical uncertainties in nuclear matrix elements relevant for dark matter and electro-weak interactions with nuclei. Recently we have developed a novel ab initio framework for computations of nuclear matrix elements [1] and applied it in calculations of reaction rates for dark matter particles scattering off selected nuclear targets...Go to contribution page
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Mr Joel Kostensalo (University of Jyväskylä)5/30/19, 12:00 PMOral PresentationThe reactor antineutrino and gallium anomalies have been long unexplained. Possible explanations for both of these anomalies include new physics, such as the existence of one or more eV-scale sterile neutrino [1]. However, the previous theoretical calculations, which do not replicate the experimental results, rely on many simplifying approximations [2,3]. In the reactor-antineutrino...Go to contribution page
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