Eternal Poles

Faced with the fiery test of only 30 million kilometers away from the star at perihelion and the severe cold challenge of 500 million kilometers away at aphelion, how will life show its vitality? When this highly eccentric planet came close to its star, life may have evolved a unique structure. Imagine a life form whose cellular structure might consist of a heat-resistant lipid bilayer that remains stable at high temperatures. These life forms may also have formed unique ecosystems. Their DNA may contain special base pairs to withstand strong radiation and heat energy, ensuring the stable transmission of genetic information. When the planet moves away from the star and enters the cold aphelion, life may have evolved another survival mechanism. Imagine that these life forms may have efficient energy storage systems that can slowly metabolize in cold environments and enter a state similar to hibernation. Their cells may contain antifreeze proteins that prevent intracellular water from freezing and protect cell structures from damage by low temperatures.