Solar fusion III: New data and theory for hydrogen-burning stars

Abstract

In stars that lie on the main sequence in the Hertzsprung-Russel diagram, like our sun, hydrogen is fused to helium in a number of nuclear reaction chains and series, such as the proton-proton chain and the carbon-nitrogen-oxygen cycles. Precisely determined thermonuclear rates of these reactions lie at the foundation of the standard solar model. This review, the third decadal evaluation of the nuclear physics of hydrogen-burning stars, is motivated by the great advances made in recent years by solar neutrino observatories, putting experimental knowledge of the proton-proton chain neutrino fluxes in the few-percent precision range. The basis of the review is a one-week community meeting held in July 2022 in Berkeley, California, and many subsequent digital meetings and exchanges. The relevant reactions of solar and stellar hydrogen burning are reviewed here, from both theoretical and experimental perspectives. Recommendations for the state of the art of the astrophysical S-factor and its uncertainty are formulated for each of them. Several other topics of paramount importance for the solar model are reviewed, as well: recent and future neutrino experiments, electron screening, radiative opacities, and current and upcoming experimental facilities. In addition to reaction-specific recommendations, also general recommendations are formed.

arXiv comment101 pages, 25 figures, including supplementary material. Final version published in Reviews of Modern Physics

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• Asymptotic normalization coefficients from transfer reaction and R-martix analysis of direct capture in ${}^{22}$Ne(p,$\gamma$)${}^{23}$Na reaction
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• Renormalization of proton-proton fusion in chiral effective field theory
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• Searching for resonance states in ${}^{22}$Ne($p,\gamma$)${}^{23}$Na
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• Direct reaction contribution in the very low energy ${}^{19}$F(p,${\alpha }_0$) reaction

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