Has a standard model solution to the solar neutrino problem been found? | Zendy

John N. Bahcall | Zendy; C. A. Barnes | Zendy; J. ChristensenDalsgaard | Zendy; B. T. Cleveland | Zendy; S. Degl’Innocenti | Zendy; B. W. Filippone | Zendy; A. Glasner | Zendy; R.W. Kavanagh | Zendy; S. E. Koonin | Zendy; K. Lande | Zendy; K. Langanke | Zendy; P. D. Parker | Zendy; Marc H. Pinsonneault | Zendy; Charles Proffitt | Zendy; T. D. Shoppa | Zendy

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Has a standard model solution to the solar neutrino problem been found?

Author(s) -

John N. Bahcall,

C. A. Barnes,

J. ChristensenDalsgaard,

B. T. Cleveland,

S. Degl’Innocenti,

B. W. Filippone,

A. Glasner,

R.W. Kavanagh,

S. E. Koonin,

K. Lande,

K. Langanke,

P. D. Parker,

Marc H. Pinsonneault,

Charles Proffitt,

T. D. Shoppa

Publication year - 1994

Publication title -

astrophysics

Language(s) - English

Resource type - Reports

DOI - 10.2172/10176840

Subject(s) - solar neutrino , neutrino , standard solar model , physics , standard model (mathematical formulation) , base (topology) , sigma , nuclear physics , particle physics , solar neutrino problem , neutrino oscillation , mathematics , quantum mechanics , geography , mathematical analysis , gauge (firearms) , archaeology

The claim by Dar and Shaviv that they have found a standard model solution to the solar neutrino problem is based upon an incorrect assumption made in extrapolating nuclear cross sections and the selective use of a small fraction of the nuclear physics and of the neutrino data. In addition, five different solar model codes show that the rate obtained for the chlorine experiment using the Dar-Shaviv stated parameters differs by at least $14 \sigma$ from the observed rate.

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