Sky News Arabia confirmed, in a report, that there is a layer of fog of different degrees on both planets, standing behind the different shapes of them, as the two planets will appear in blue almost equally if there is no fog in the atmosphere.
The researchers developed a model to describe the aerosol layers in the atmospheres of both planets, using data from the Hubble Space Telescope, NASA Infrared and Gemini North Observatory, and an international team of researchers developed a model to describe the aerosol layers in the atmospheres of both planets.
The model includes three layers of fog at different altitudes in the atmospheres of the two planets.
Scientists say that the middle layer of fog particles is thicker on “Uranus” than on “Neptune”, which affects the visible color of two planets.
The methane ice condenses on the particles in the middle layer on both planets, forming thick layers of methane ice that pull the fog particles deeper into the atmosphere.
Since Neptune has a more active and turbulent atmosphere than Uranus, its atmosphere is more efficient in converting gas into a layer of fog, where it can condense on fog particles and produce snow.
This removes more haze, and keeps a thinner haze layer for Neptune to appear bluer, while excess haze accumulates on Uranus in the planet’s stagnant and sluggish atmosphere, giving it a lighter color.
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