Experimentally Constrained Nuclear Level Density for Doubly Magic 56Ni in the rp-Process

Presenter Information

Austin Rambo

Abstract

Constraining the nuclear level density of doubly magic 56Ni is important for modeling its role in the Ni-Cu cycle, which affects the final elemental abundances produced from the astrophysical rp-process.

Status

Graduate

Department

Physics & Astronomy

College

College of Arts and Sciences

Campus

Athens

Faculty Mentor

Richard, Andrea

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Experimentally Constrained Nuclear Level Density for Doubly Magic 56Ni in the rp-Process

Constraining the nuclear level density of doubly magic 56Ni is important for modeling its role in the Ni-Cu cycle, which affects the final elemental abundances produced from the astrophysical rp-process.