4 papers
Investigating Nonlinear Quenching Effects on Polar Field Buildup in the Sun Using Physics-Informed Neural Networks
Jithu J. Athalathil, Mohammed H. Talafha, Bhargav Vaidya
The solar dynamo relies on the regeneration of the poloidal magnetic field through processes strongly modulated by nonlinear feedbacks such as tilt quenching (TQ) and latitude quen…
Abundance Calculations of Neon Isotopes in the Predicted Lifetime of the Sun
Mohamed A. Alkhajeh, Mashhoor A. Al-Wardat, Awni M. Kasawneh +1
The elemental abundances of neon isotopes provide valuable insights into stellar evolution and nucleosynthesis. In this study, we calculate the abundances of the isotopes 18Ne, 19N…
Modelling the Solar Cycle Nonlinearities into the Algebraic Approach
Mohammed H. Talafha
Understanding and predicting solar-cycle variability requires accounting for nonlinear feedbacks that regulate the buildup of the Sun's polar magnetic field. We present a simplifie…
Effect of Nonlinear Surface Inflows into Activity Belts on Solar Cycle Modulation
Mohammed H. Talafha, Kristóf Petrovay, Kristóf Petrovay +1
Converging flows are visible around bipolar magnetic regions (BMRs) on the solar surface, according to observations. Average flows are created by these inflows combined, and the st…