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5 papers analyzed
These studies suggest that stars can destroy or engulf planets, particularly gas giants, during their evolution.
20 papers analyzed
The fate of planets orbiting stars, particularly as these stars evolve and eventually die, is a topic of significant interest in astrophysics. This synthesis explores how different stages of stellar evolution impact the survival and destruction of planets.
Destruction of Gas Giant Planets by A-type Stars:
Temporary Hot Jupiters (THJs):
Impact of Stellar Evolution on Planetary Systems:
Long-term Fate of Planets in a Dying Universe:
The research indicates that stars, particularly as they evolve and die, have a profound impact on the fate of their orbiting planets. A significant proportion of gas giant planets around A-type stars are eventually destroyed. Temporary Hot Jupiters form and are quickly engulfed during the post-main-sequence phase. The structural changes in stars as they evolve off the Main Sequence can lead to the destruction or significant alteration of planetary systems. Over extremely long timescales, the remnants of stars and planets will undergo gradual sublimation, contributing to the long-term evolution of the universe.
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