I S S N 2 3 4 7 - 3487 Volume 13 Number 4 Journal of Advances in Physics The Solar Neutrino Problem Has Not Been Solved Jamal S. Shrair Helical Universe www.helical-universe.info
[email protected] ABSTRACT A closer look at the data collected from different detectors, reveal that the so-called solar neutrino problem is far from being solved. And contrary to the assessment of the Nobel Committee, the experimental results from the Sudbury Neutrino Observatory cannot be regarded as a confirmation of the Standard Solar Model. In fact, the obsoleteness of the current model has been recently exposed by the crisis of solar abundance. Furthermore, using images obtained by the Solar Dynamics Observatory, researchers found the convective motions (the plasma motions within the Sun's interior) to be nearly 100 times smaller than current theoretical expectations. This is a clear verdict on the notion of thermonuclear reactions that are supposed to be the processes that generate solar neutrinos. KEYWORDS Solar neutrino problem, neutrino oscillations, neutrino detectors, solar physics, standard solar model, astrophysics, ACADEMIC DISCIPLINE AND SUB-DISCIPLINES Solar physics and Astrophysics SUBJECT CLASSIFICATION Fundamental Solar Physics and Astrophysics TYPE (METHOD/APPROACH) Quantitative and Qualitative INTRODUCTION Based on the hypothesis of the standard solar model, the number of neutrinos produced by the Sun per second is approximately 1.8 x , which means 400 trillion neutrinos pass through our bodies every second. The model, also assumes that the absolute majority of neutrinos is, generated from the P-P reaction, and 99.99% of solar neutrinos have energy which is far too low for detection.