1999Nuclear Physics B - Proceedings SupplementsOpen access

Helioseismology and solar neutrinos

D. O. Gough

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Abstract

The manner by which helioseismic date are obtained and analysed to diagnose the interior structure and rotation of the Sun is briefly described. The principal results of the analysis pertinent to solar neutrino production are presented; they have constrained standard theoretical models of the Sun in such a way as to prevent them from explaining the neutrino flux measurements without recourse to neutrino transitions. However, standard solar models do not represent the entire class of plausible models, and indeed they suffer the deficiency of being unstable. Models in which the products of the nuclear reactions are redistributed in the core may represent the Sun more closely, and should at least be considered and tested further in the process of developing a reliable model of the neutrino source.

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What this paper is about

The manner by which helioseismic date are obtained and analysed to diagnose the interior structure and rotation of the Sun is briefly described. The principal results of the analysis pertinent to solar neutrino production are presented; they have constrained standard theoretical models of the Sun in such a way as to prevent them from explaining the neutrino flux measurements without recourse to neutrino transitions. However, standard solar models do not represent the entire class of plausible models, and indeed they suffer the deficiency of being unstable. Models in which the products of the nuclear reactions are redistributed in the core may represent the Sun more closely, and should at least be considered and tested further in the process of developing a reliable model of the neutrino source.

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Available abstract

The manner by which helioseismic date are obtained and analysed to diagnose the interior structure and rotation of the Sun is briefly described. The principal results of the analysis pertinent to solar neutrino production are presented; they have constrained standard theoretical models of the Sun in such a way as to prevent them from explaining the neutrino flux measurements without recourse to neutrino transitions. However, standard solar models do not represent the entire class of plausible models, and indeed they suffer the deficiency of being unstable. Models in which the products of the nuclear reactions are redistributed in the core may represent the Sun more closely, and should at least be considered and tested further in the process of developing a reliable model of the neutrino source.

Key concepts: Helioseismology, Physics, Neutrino, Standard solar model, Solar neutrino, Solar core, Solar neutrino problem, Solar physics

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