If studying the Earth's atmosphere and all the processes which control it sounds very complicated, imagine doing this for all the planets of the Solar system. Then imagine that, using mathematical formulae, you could build climate models which reproduce the different atmospheric phenomena that occur, for example on Venus or on Titan (the largest moon of Saturn). All this is possible, and these models can even be used to improve our understanding of the Earth's climate and even, in the last analysis, to find exoplanets with the characteristics necessary to support life. This is the research
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