Due to budgetary constraints— we will soon reach our limit of five Theory Fellows starting in October — we will not be issuing a call for partners or conducting a search this Fall. We are hopeful that we will be able to resume with another call/search in Fall 2025.
The FRIB Users Organization Executive Committee and FRIB Theory Alliance Executive Board are pleased to announce the winners of the 2024 FRIB Achievement Award for Early Career Researchers.
The 2024 recipient for the Experimental Award is Dr. Tim Gray, University of Tennessee, for their path-breaking work on Decay Spectroscopy at FRIB.
The 2024 Theory Award recipient is Dr. Chloë Hebborn, Michigan State University, for their innovative work describing nuclear reactions on exotic nuclei.
The FRIB Achievement Award for Early Career Researchers was established to recognize outstanding original contributions to the field of nuclear physics through work at or relating to FRIB, performed by scientists early in their careers. The recipients will present their work during the plenary session at the Low Energy Community Meeting and receive a stipend to support their participation.
Please join us in congratulating this year's winners.
Andrew Ratkiewicz and Jon Engel
on behalf of the FRIBUOEC and FRIBTAEB
The FRIB Theory Alliance conducted a search for a new FRIB theory fellow in the Fall of 2023. The search committee received excellent applications and selected a shortlist of five. The interviews took place in-person at FRIB in December 2023. Following the recommendation of the search committee Francesca Bonaiti was selected as the new FRIB theory fellow. Francesca’s research is focused on the calculation of electromagnetic reaction observables such as electric dipole polarizabilities and isoscalar monopole resonances, which strongly correlate with parameters of the nuclear equation of state. As FRIB theory fellow, Francesca aims to extend ab initio calculations of these quantities to neutron-rich nuclei, where constraints on the nuclear equation of state can be obtained in synergy with future experiments at FRIB. Her research in nuclear many-body physics also has potential implications for research at the interface of nuclear structure and astrophysics, for instance in studies of beta-decay rates, which are a key input for nucleosynthesis simulations. Francesca will be hosted by Oak Ridge National Laboratory starting in Fall 2024. Please join the FRIB-TA in congratulating Francesca and wishing her much success!
For more details on Fellows see Supported Scientists
Sebastian König, an assistant professor of physics at North Carolina State University (NC State) and FRIB Theory Alliance (FRIB-TA) bridge faculty member, has received a Faculty Early Career Development Award from the National Science Foundation (NSF). The award, also known as the NSF CAREER award, is one of the highest awards the foundation bestows upon young faculty in the sciences. https://frib.msu.edu/news/2021/nsf-career.html
Paul Gueye, Associate Professor of Physics at Michigan State University National Superconduction Cyclotron Laboratory shares The (Hidden) Shades of Physics - Perspectives of being a Black Physicist
If you have an interest in forging new or continuing collaborations with European colleagues, this travel grant is for you. Students and postdocs are encouraged to apply.
For additional information regarding EUSTIPEN click here.
Dr Christian Drischler, an FRIB theory fellow since 2020 at MSU, has accepted a tenure-track faculty position in the Physics Department of Ohio University, under the FRIB-TA bridge program.
Christian’s research includes applications of chiral effective theory and many-body perturbation theory to nuclear matter equation of state and neutron stars, as well as Bayesian methods and emulators for nuclear scattering and reactions. Congratulations Christian!
Five scientists who will perform research at FRIB have received 2021 U.S. Department of Energy Office of Science (DOE-SC) Early Career Research Program. https://frib.msu.edu/news/2021/early-career-awards-2021.html
"FRIB is a discovery machine. It will enable researchers to investigate what holds together the atomic nuclei were made of and how those elements were created.To understand that, scientists study rare isotopes."
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