Venus
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Venus

Venus is covered in dense clouds that block the surface and are rich in corrosive sulfuric acid, making atmospheric exploration extremely challenging

Venus Planet
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Venus Planet

China plans a Venus sample-return mission by 2033 to bring back cloud and atmospheric samples, a task never attempted before.

Image credits: Pixabay
Goal of the mission
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Goal of the mission

A major goal of the mission is to study UV-absorbing patches in Venus' atmosphere, which might be linked to unknown chemical or biological processes.

Image credits: Pixabay
Venus' Atmosphere
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Venus' Atmosphere

Scientists hope to detect potential microbial life in Venus' atmosphere, especially in the temperate middle cloud layers.

Image credits: Pixabay
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Venus' Clouds

Venus' dense, acidic clouds demand advanced technology, possibly involving a winged craft for entry and a rocket for sample return.

Image credits: Pixabay
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Ascent of the Vehicle on Venus

The ascent vehicle must launch without GPS or visual cues, adding complexity due to Venus' thick haze and lack of a magnetic field.

Image credits: Pixabay
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Venus as a habitat for life

Past studies have hinted at biosignatures like phosphine and ammonia, fueling interest in Venus as a potential habitat for life.

Image credits: Pixabay
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Study of Venus

Even if life isn't found, analyzing Venus' organic chemistry could reveal key insights into planetary evolution and habitability

Image credits: Pixabay