Theory of fossil magnetic field
Alexander E. Dudorov, Sergey A. Khaibrakhmanov
TL;DR
This paper reviews the theory of fossil magnetic fields, discussing observational data, analytical models, and simulations of magnetic flux evolution during star formation, highlighting MHD effects in young stars.
Contribution
It provides a comprehensive overview of the fossil magnetic field theory, integrating observations, analytical approaches, and numerical simulations to elucidate magnetic flux evolution during star formation.
Findings
Magnetic flux evolution is crucial in star formation.
MHD effects significantly influence young stellar objects.
The theory integrates observations with simulations.
Abstract
Theory of fossil magnetic field is based on the observations, analytical estimations and numerical simulations of magnetic flux evolution during star formation in the magnetized cores of molecular clouds. Basic goals, main features of the theory and manifestations of MHD effects in young stellar objects are discussed.
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