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Nucleosynthesis Limits on the Mass of Long Lived Tau and Muon Neutrinos
Brian D. Fields, Kimmo Kainulainen, Keith A. Olive
We compute the nucleosynthesis bounds on the masses of stable Dirac and Majorana neutrinos by solving an evolution equation network comprising of all neutrino species which in the…
On the Evoution of the Light Elements I. D, He-3, and He-4
Brian Fields
The light elements D, \he3, \he4, and \li7 are produced in big bang nucleosynthesis and undergo changes in their abundances due to galactic processing. Since one may observe most o…
LiBeB Production by Nuclei and Neutrinos
Elisabeth Vangioni-Flam, Michel Cassé, Brian D. Fields +1
The production of LiBeB isotopes by nuclear and neutrino spallation are compared in the framework of galactic evolutionary models. As motivated by -ray observations of Orion, di…
Model-Independent Predictions of Big Bang Nucleosynthesis
Brian D. Fields, Keith A. Olive
We derive constraints from standard (with ) BBN arising solely from two cosmologically produced nuclides, \he4 and \li7, from which the extrapolation to primordial abundanc…