A finite-spectrum Lorentz integral transform on explicitly calculated helium-4 states yields a stable photoabsorption cross section with a pronounced high-energy shoulder for the Daejeon16 interaction.
Measurements of the gi- ant dipole resonance with monoenergetic photons,
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Finite-spectrum Lorentz integral transform calculation of the $^{4}$He photoabsorption cross section in the no-core shell model
A finite-spectrum Lorentz integral transform on explicitly calculated helium-4 states yields a stable photoabsorption cross section with a pronounced high-energy shoulder for the Daejeon16 interaction.