Nuclear Data for the Next Decade

Session

Mixing Micro/Phenomelogy

013

11 mars 2026, 14:00

Amphithéâtre Farabeuf, Campus des Cordeliers, Paris

Présidents de session

Mixing Micro/Phenomelogy

• Chloë Hebborn (IJClab)

41. Innovations in the Surrogate Reactions Method: Integrating Microscopic Theory for Improved Nuclear Data

Dr Jutta Escher (LLNL)

11/03/2026 14:00

Models for Nuclear Data

Reliable nuclear data with quantified uncertainties are essential for basic and applied science. When measurements are not possible, evaluators rely on systematics, theory predictions, and indirect observables. This is particularly relevant for applications involving reactions with short-lived nuclei, such as simulations undertaken to understand stellar evolution and the synthesis of the...

38. Microscopic driven Optical Model Potentials

Dr Hugo ARELLANO

11/03/2026 14:25

Models for Nuclear Data

39. Dispersive optical model: achievements & perspectives

Dr Mack Atkinson

11/03/2026 14:50

Models for Nuclear Data

Optical potentials, or nucleon self-energies, can be determined using a nonlocal dispersive optical model (DOM). By enforcing the dispersion relation connecting the real and imaginary part of the self-energy, both experimental scattering data and nuclear structure data are used to constrain these self-energies. The ability to simultaneously calculate both bound and scattering states positions...

40. Constraining Direct and Pre-equilibrium Models through Microscopic Approaches

Dr Hirokazu Sazaki

11/03/2026 15:15

Models for Nuclear Data

Advanced nuclear reaction theory is indispensable for producing reliable nuclear data used for both basic science and practical applications across various fields. Microscopic approaches incorporating nuclear structure information have predictive capabilities for neutron-induced reactions. We have developed a calculation method for direct and pre-equilibrium processes in neutron-induced...