Abstract
The emerging experimental program with brilliant gamma beams at the Extreme Light Infrastructure - Nuclear Physics facility (ELI-NP) is presented with emphasis on the prepared day-one experiments. Ex- periments at ELI-NP will cover nuclear resonance fluorescence measurements, studies of large-amplitude motions in nuclei, photo-fission and photonuclear reactions of astrophysics interest, and measurements of photonuclear reaction cross sections. The physics cases of the flagship experiments at ELI-NP and the performance of the related instruments, which are under construction for their realization, are discussed.
Highlights
The physics cases of the flagship experiments at Extreme Light Infrastructure – Nuclear Physics facility (ELI-NP) and the performance of the related instruments, which are under construction for their realization, are discussed
A versatile research program related to physics and applications with brilliant gamma beams at the Extreme Light Infrastructure – Nuclear Physics facility (ELINP) has been defined in several Technical Design Reports (TDR) [1] and reviewed periodically [2,3,4,5]
Gamma-beam applications include the production of intense beams of slow positrons, Nuclear resonance fluorescence (NRF) analytical techniques, γ -ray based radiography and tomography and research related to new medical radioisotopes
Summary
Highlights of the day-one experimental program at the gamma-beam system of ELI-NP. The emerging experimental program with brilliant gamma beams at the Extreme Light Infrastructure – Nuclear Physics facility (ELI-NP) is presented with emphasis on the prepared day-one experiments. Experiments at ELI-NP will cover nuclear resonance fluorescence measurements, studies of large-amplitude motions in nuclei, photo-fission and photonuclear reactions of astrophysics interest, and measurements of photonuclear reaction cross sections. The physics cases of the flagship experiments at ELI-NP and the performance of the related instruments, which are under construction for their realization, are discussed.
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