JINA-CEE’s Multidisciplinary Approach to Increasing Diversity and Inclusion in Nuclear Astrophysics

JINA-CEE is an NSF Physics Frontiers Center that addresses the question of the origin of the elements, as well as the basic properties of nuclear matter when compressed to high density. To advance its diversity, equity and inclusion goals, JINA-CEE has implemented a code of conduct for all its members and participants at sponsored events, as well as continuous training and mentoring. 

A recent initiative to directly reach students from underrepresented minorities is a collaboration with six Minority Serving Institutions. The short-term goal is to build institutional relationships through overlapping research interests, introduce students at these MSIs to the field of nuclear astrophysics and make them part of the JINA-CEE community. The long-term goals are to motivate students from underrepresented minorities to pursue STEM careers, and also to support the professional development of local faculty. Thanks to its multi-institutional network, JINA-CEE is able to bring together astronomers, nuclear physicists and modelers to offer multidisciplinary training to target audiences. As a first step, an online lecture series was developed for the Fall 2020 semester that highlighted cutting edge science in nuclear astrophysics. The series also provided information about research opportunities and paths towards graduate education and successful careers in STEM. Lecturers from Michigan State University and Notre Dame University delivered the lectures of the series, which was embedded into the curriculum at the various MSIs. Current efforts include a research internship pilot program where students from these MSIs are supported by JINA-CEE to get involved in research projects on nuclear astrophysics topics ranging from neutron star’s composition to rare isotope experiments. 

In this presentation we will discuss JINA-CEE’s special efforts to enhance diversity in nuclear astrophysics.