Relativistic implications of solar astrometry
Costantino Sigismondi
TL;DR
This paper reviews modern solar measurement techniques and discusses their significance for testing General Relativity, focusing on solar oblateness and its implications for physics and astrophysics.
Contribution
It provides a comprehensive overview of current solar astrometry methods and highlights their importance for fundamental physics and astrophysics research.
Findings
Solar measurements are crucial for testing General Relativity.
Solar oblateness impacts gravitational theories.
Advances in measurement techniques improve understanding of solar physics.
Abstract
The modern methods of measurement of the solar diameter and oblateness are reviewed. Either ground-based or balloon-borne and satellite measurements are considered. The importance of solar astrometry for General Relativity is emphasized, particularly attention is given to the solar oblateness problem, as well as the studies of solar astrophysics to the whole world of physics from nucleosynthesis to neutrinos.
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