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Because there's just never enough Svensmark here.
http://www.europhysicsnews.org/articles/epn/pdf/2015/02/epn2015462p26.pdf
Here, the surprising answer about those never ending natural changes of climate is that galactic cosmic rays, atomic particles coming from the supernova remnants left by exploded stars, appear to play a major part. By ionizing the air, cosmic rays help to form aerosols that may grow into cloud condensation nuclei (CCN), required for water droplets to condense and create low-altitude clouds. As these exert a strong cooling effect, increases or decreases in the cosmic ray influx and in cloudiness can significantly lower or raise the world’s mean temperature. This is the central hypothesis. . . .
http://www.europhysicsnews.org/articles/epn/pdf/2015/02/epn2015462p26.pdf
Here, the surprising answer about those never ending natural changes of climate is that galactic cosmic rays, atomic particles coming from the supernova remnants left by exploded stars, appear to play a major part. By ionizing the air, cosmic rays help to form aerosols that may grow into cloud condensation nuclei (CCN), required for water droplets to condense and create low-altitude clouds. As these exert a strong cooling effect, increases or decreases in the cosmic ray influx and in cloudiness can significantly lower or raise the world’s mean temperature. This is the central hypothesis. . . .
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