Scientists have been closely monitoring the dying star, Betelgeuse, due to its unusual behavior and recent findings have shed light on its mysterious characteristics.
Initially, researchers found that Betelgeuse was rotating at a remarkably fast pace, sparking curiosity in the scientific community. However, new research led by astrophysicist Jing-Ze Ma has suggested that the star’s turbulent surface may be creating an illusion of rapid rotation.
Using 3D simulations to study Betelgeuse’s convection, the research team discovered that the observed fast rotation could actually be a misinterpretation caused by the star’s unstable surface. While this does not provide definitive proof that Betelgeuse is not rotating quickly, it underscores the challenges of interpreting data from volatile stars.
High-resolution observations are currently being conducted to gain a better understanding of Betelgeuse’s behavior. These findings could offer insights into the mechanisms at play within giant boiling stars like Betelgeuse, further expanding our knowledge of these enigmatic celestial bodies.
The research conducted by Ma and his team has been published in The Astrophysical Journal Letters, showcasing the significance of advanced telescope data in advancing our understanding of complex astronomical phenomena. As scientists continue to unravel the mysteries of Betelgeuse, the implications of these discoveries could have far-reaching effects on our understanding of the universe.
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